Nanomaterials
Companies producing and developing nanoscale materials including nanoparticles, nanocomposites, and engineered nanomaterials
Nanosys
Milpitas, United States
Pioneer in quantum dot technology for display applications, developing high-performance nanomaterials for next-generation displays and lighting
Nanosphere (Luminex)
Northbrook, United States
Developer of molecular diagnostics platform using gold nanoparticle probe technology for rapid disease detection
Applied Nanotech Holdings
Austin, United States
Developer of nanotechnology applications including sensors, thermal management, and energy solutions
Cabot Corporation
Boston, United States
Global specialty chemicals and performance materials company producing carbon black, silica, and other nanomaterials
Nanoco Group
Manchester, United Kingdom
Nanoco Group plc stands as a world-leading innovator in the development and manufacture of cadmium-free quantum dots (CFQD), pioneering sustainable nanomaterial solutions for the display, lighting, and biological imaging industries. Founded in 2001 and headquartered in Manchester, United Kingdom, Nanoco emerged from groundbreaking research at the University of Manchester, establishing itself as a publicly-traded company on the London Stock Exchange AIM market under the ticker NANO. The company's proprietary molecular seeding technology enables the production of highly uniform, tunable quantum dots without toxic heavy metals like cadmium, addressing both performance requirements and environmental regulations. Their CFQD quantum dots offer exceptional color purity, brightness, and energy efficiency, making them ideal for next-generation display technologies including QLED televisions, monitors, and mobile devices. Nanoco's quantum dots can be precisely engineered to emit specific wavelengths of light, enabling displays with wider color gamuts approaching 100% of the Rec. 2020 standard. Beyond displays, the company has expanded into infrared sensing applications and biological imaging, where their nanomaterials enable advanced medical diagnostics and research tools. Throughout its history, Nanoco has established strategic partnerships with major electronics manufacturers and has been involved in significant industry initiatives to commercialize quantum dot technology. The company maintains state-of-the-art manufacturing capabilities and continues to invest heavily in research and development to advance nanomaterial science. As environmental regulations increasingly favor cadmium-free alternatives, Nanoco's technology positions the company at the forefront of the sustainable nanotechnology revolution. With over 50-100 employees and public funding, Nanoco represents a crucial bridge between university research and commercial nanotechnology applications, demonstrating how advanced nanomaterials can transform consumer electronics while meeting stringent environmental standards.
Strem Chemicals
Newburyport, United States
Strem Chemicals, Inc. has served as a cornerstone supplier of specialty chemicals and advanced nanomaterials to the global research community since its founding in 1964. Based in Newburyport, Massachusetts, this privately-held company has built an unparalleled reputation for providing high-purity, precisely characterized nanomaterials that enable cutting-edge research in nanotechnology, materials science, and catalysis. Strem's extensive nanomaterials catalog encompasses nanopowders, quantum dots, metal nanoparticles, and nano-catalysts, serving as essential building blocks for researchers developing next-generation technologies. The company's commitment to quality control and material characterization sets industry standards, with each product accompanied by detailed specifications including particle size distributions, surface properties, and purity analyses. Strem specializes in small-batch production of research-grade materials that are often unavailable from larger chemical suppliers, filling a critical niche in the nanotechnology ecosystem. Their metal nanoparticle offerings include gold, silver, platinum, and palladium nanoparticles in various sizes and surface functionalizations, widely used in catalysis, sensing, and biomedical research. The quantum dot portfolio spans various semiconductor materials including CdSe, InP, and perovskite quantum dots for optoelectronics and imaging applications. Strem's nanopowders include metal oxides, nitrides, and carbides used in advanced ceramics, catalysis, and energy storage research. The company maintains strong relationships with academic institutions and national laboratories worldwide, often collaborating with researchers to develop custom nanomaterials for specific applications. With a team of 50-100 employees including experienced chemists and materials scientists, Strem provides not just products but also technical expertise to support customer research. Their role in the nanotechnology supply chain is fundamental—enabling thousands of research projects that advance our understanding of nanoscale phenomena and drive innovation in fields ranging from renewable energy to medicine. As nanotechnology research continues to accelerate globally, Strem Chemicals remains an indispensable partner for scientists exploring the frontiers of materials science.
American Elements
Los Angeles, United States
American Elements, founded in 1998 and headquartered in Los Angeles, California, has grown into a global powerhouse in the manufacture and distribution of advanced materials, with particular expertise in engineered nanomaterials. As a vertically-integrated producer, the company manufactures an extraordinary range of nanoscale materials including nanopowders, nanowires, nanoparticles, graphene, quantum dots, and nanocomposites, serving industries from aerospace to pharmaceuticals. With 100-200 employees and private funding, American Elements operates manufacturing facilities across the United States and maintains a global distribution network reaching researchers and manufacturers on every continent. The company's nanomaterials portfolio is remarkably comprehensive, encompassing over 15,000 chemical formulations available in nano-scale forms. Their metal and metal oxide nanopowders find applications in catalysis, additive manufacturing, and advanced coatings, while semiconductor nanoparticles enable innovations in optoelectronics and energy conversion. American Elements pioneered the commercial production of many specialized nanomaterials, including rare earth nanopowders, boron nanopowders, and carbide nanoparticles that are essential for cutting-edge research. The company's graphene and carbon nanomaterial offerings include single-layer graphene, graphene oxide, and carbon nanotubes in various specifications. Beyond material production, American Elements invests significantly in quality control and characterization, utilizing transmission electron microscopy, X-ray diffraction, and surface analysis to ensure material specifications. The company has developed proprietary synthesis methods for producing ultra-pure nanomaterials with tightly controlled particle size distributions, critical for reproducible research and manufacturing. American Elements serves diverse markets including semiconductors, aerospace, renewable energy, life sciences, and defense, providing both catalog products and custom synthesis services. Their rapid fulfillment capabilities and technical support have made them a preferred supplier for time-sensitive research projects. As nanotechnology transitions from laboratory curiosity to industrial reality, American Elements plays a vital role in scaling up production of nanomaterials while maintaining the quality and consistency demanded by advanced applications, effectively bridging the gap between nanoscience research and commercial manufacturing.
Nanophase Technologies
Romeoville, United States
Nanophase Technologies Corporation, a NASDAQ-traded pioneer established in 1989, specializes in engineered nanomaterials and advanced formulations serving the personal care, surface treatment, and industrial markets. Based in Romeoville, Illinois, Nanophase has distinguished itself through proprietary manufacturing processes that produce precisely controlled zinc oxide nanoparticles and other metal oxide nanomaterials with exceptional uniformity and performance characteristics. With over $100 million in funding and 50-100 employees, the company has successfully transitioned from research-stage nanotechnology to commercial-scale production, demonstrating the viability of nanomaterials in consumer applications. Nanophase's core technology revolves around physical vapor synthesis methods that create ultra-pure, non-agglomerated nanoparticles with narrow size distributions—critical attributes for consistent product performance. Their zinc oxide nanoparticles, marketed extensively to the personal care industry, provide transparent, broad-spectrum UV protection in sunscreens and cosmetics without the white residue associated with conventional zinc oxide. These nanomaterials offer superior photostability and cosmetic elegance while maintaining safety profiles that meet stringent regulatory requirements. Beyond personal care, Nanophase develops surface treatment solutions where nanoparticle-enhanced coatings provide antimicrobial properties, enhanced durability, and improved optical characteristics. The company's personal care actives portfolio includes not only UV filters but also anti-aging ingredients and skin-conditioning agents enhanced through nanotechnology. Nanophase works closely with formulation scientists at major consumer product companies to integrate their nanomaterials into commercial products, providing technical support throughout product development and regulatory approval processes. The company's manufacturing facilities incorporate advanced process controls and quality assurance systems necessary for producing materials that contact human skin, meeting FDA and international safety standards. Throughout its three-decade history, Nanophase has accumulated extensive intellectual property including patents covering nanoparticle synthesis, surface modification, and formulation technologies. The company represents a successful model for commercializing nanotechnology in strictly regulated consumer markets, demonstrating how engineered nanomaterials can enhance product performance while addressing safety and environmental concerns. As consumer demand for high-performance, transparent sunscreens continues growing, Nanophase's expertise in cosmetically elegant nanoparticle formulations positions the company for continued growth in the multi-billion dollar personal care market.
Altair Nanotechnologies
Reno, United States
Altair Nanotechnologies, Inc., founded in 1973 and based in Reno, Nevada, has pioneered the development and commercialization of nano lithium titanate (nano-LTO) battery technology for fast-charging energy storage applications. With over $200 million in funding and 50-100 employees, Altair has focused on addressing critical limitations of conventional lithium-ion batteries through nanotechnology-enabled electrode materials. The company's proprietary nano-LTO material serves as a battery anode replacement for traditional graphite, offering transformative performance advantages including ultra-fast charging capabilities, exceptional cycle life exceeding 15,000 charge-discharge cycles, superior safety characteristics, and excellent low-temperature performance. Unlike graphite anodes that can form dendrites leading to safety hazards, nano-LTO's crystalline structure accommodates lithium ions without significant volume expansion, virtually eliminating the risk of thermal runaway. This safety advantage makes Altair's technology particularly valuable for applications requiring high reliability including grid energy storage, electric buses, and military systems. The company's ALTI-ESS (Energy Storage System) products target utility-scale and commercial energy storage markets, providing frequency regulation, peak shaving, and renewable energy integration capabilities. Altair's nanomaterials are synthesized using proprietary processes that control particle size and morphology at the nanoscale, maximizing electrochemical performance. The nano-structured titanate provides high surface area for rapid lithium-ion intercalation while maintaining structural stability across thousands of cycles. Throughout its history, Altair has partnered with major automotive and energy companies to deploy its technology in real-world applications including electric bus fleets that benefit from fast charging during route layovers. The company has also supplied battery systems for grid stabilization projects where the ability to absorb and release energy rapidly is crucial for grid reliability. While nano-LTO batteries have lower energy density compared to conventional lithium-ion cells, their superior power density, safety, and longevity create compelling value propositions for specific applications. Altair's work demonstrates how nanomaterial engineering can fundamentally alter battery performance characteristics, enabling applications that conventional battery chemistries cannot adequately address. As energy storage becomes increasingly critical for electric transportation and renewable energy integration, Altair's nano-LTO technology represents an important specialized solution within the diverse battery technology landscape.
NanoGram Corporation
Milpitas, United States
NanoGram Corporation, established in 1996 in Milpitas, California, has developed innovative nanomaterial synthesis technologies focused on producing functional inks and pastes for printed electronics, solar cells, and battery applications. With $50+ million in funding and 50-100 employees, NanoGram pioneered laser pyrolysis techniques that enable the production of highly controlled nanoparticles with unique properties optimized for energy applications. The company's core technology platform uses high-intensity laser beams to vaporize and rapidly cool precursor materials, creating nanoparticles with precise size, composition, and crystallinity not achievable through conventional synthesis methods. This sophisticated approach allows NanoGram to engineer materials at the atomic level, tailoring electrical, optical, and electrochemical properties for specific applications. NanoGram's product portfolio includes conductive inks for printed electronic circuits, photovoltaic pastes for solar cell metallization, and battery materials incorporating silicon nanoparticles for enhanced lithium-ion battery anodes. In the solar industry, the company developed nanoparticle-based pastes that improve electrical contact formation in crystalline silicon solar cells, potentially increasing cell efficiency while reducing manufacturing costs. Their silicon nanoparticle battery materials address a long-standing challenge in lithium-ion batteries—silicon's enormous volume expansion during lithium insertion. By engineering silicon at the nanoscale, NanoGram creates materials that accommodate volume changes while maintaining electrical connectivity, enabling higher-energy-density batteries. The company's printable electronic inks represent another significant application area, allowing low-cost, high-throughput manufacturing of electronic components through printing processes rather than traditional lithography. NanoGram works closely with manufacturers to integrate their nanomaterials into existing production lines, providing not just materials but also process integration expertise. The company's emphasis on manufacturability distinguishes it from pure research-focused nanotechnology companies—their materials are designed for scale-up and cost-effective production. Throughout its history, NanoGram has adapted its technology platform to address evolving market needs, shifting focus between solar, battery, and electronics applications as industries mature. The company exemplifies how advanced nanomaterial synthesis can enable disruptive manufacturing technologies, potentially transforming energy and electronics production through printable, solution-processable functional materials. As industries increasingly seek sustainable, low-cost manufacturing methods, NanoGram's approach to nanomaterial-enabled printed functionality offers promising pathways for next-generation product manufacturing.
Haydale Graphene Industries
Ammanford, United Kingdom
Haydale Graphene Industries plc, founded in 2010 and based in Ammanford, Wales, United Kingdom, has established itself as a leading graphene and advanced nanomaterials company through its proprietary plasma functionalization technology. Publicly traded on the London Stock Exchange AIM market under ticker HAYD, Haydale has raised over $30 million to develop and commercialize functionalized graphene and other nanomaterials for industrial applications. With 50-100 employees, the company operates at the intersection of materials science and advanced manufacturing, providing both materials and application development services. Haydale's core innovation is the HDPlas plasma process, which functionalizes graphene and other nanomaterials by introducing specific chemical groups onto their surfaces without damaging the underlying material structure. This surface modification dramatically improves the dispersibility of graphene in various matrices including polymers, inks, and coatings—addressing a fundamental challenge that has hindered graphene commercialization. Unfunctionalized graphene tends to agglomerate due to strong van der Waals forces, limiting its effectiveness in composite materials. Haydale's plasma treatment overcomes this limitation, enabling homogeneous distribution of graphene throughout host materials and maximizing performance enhancements. The company's product portfolio includes HDPlas-treated graphene nanoplatelets optimized for different applications including composite reinforcement, conductive inks, coatings, and energy storage. In composites, even small graphene additions can significantly enhance mechanical strength, thermal conductivity, and electrical properties. Haydale works with aerospace, automotive, and sports equipment manufacturers to develop graphene-enhanced materials with improved performance-to-weight ratios. The company has also developed graphene-enhanced inks for printed electronics and sensors, where electrical conductivity and flexibility are critical. Beyond graphene, Haydale applies its functionalization technology to other nanomaterials including carbon nanotubes and silicon carbide, expanding its addressable markets. The company operates a unique business model combining materials sales with contract research and application development services, partnering with customers to tailor nanomaterial solutions for specific requirements. Haydale's facilities include pilot-scale production equipment and comprehensive materials characterization capabilities, enabling rapid prototyping and scale-up. The company has established collaborations with major industrial partners and participates in government-funded research programs advancing graphene commercialization. Haydale represents the emerging class of nanotechnology companies focused not on nanomaterial production alone but on enabling technologies that make nanomaterials practically useful in real-world applications, addressing the critical gap between laboratory demonstrations and commercial products.
First Graphene
Perth, Australia
First Graphene Ltd., established in 2015 and headquartered in Perth, Australia, has rapidly emerged as a significant producer of high-quality graphene products derived from high-purity graphite resources. Publicly traded on the Australian Securities Exchange (ASX: FGR), the company has raised over $50 million to develop vertically-integrated graphene production capabilities spanning from raw material sourcing to application development. With 10-50 employees, First Graphene maintains a focused strategy of producing premium graphene products while working closely with industrial partners to demonstrate commercial viability in targeted applications. The company's flagship product line, PureGRAPH, encompasses various grades of graphene nanoplatelets produced through optimized exfoliation processes that preserve graphene's exceptional properties while enabling cost-effective manufacturing. First Graphene benefits from access to high-purity graphite ore from Sri Lankan sources, providing feedstock with minimal impurities—critical for producing graphene with consistent properties. The company operates production facilities capable of manufacturing multi-ton quantities of graphene annually, positioning it among the world's larger-scale graphene producers. PureGRAPH products are available in multiple grades tailored for different applications including concrete reinforcement, polymer composites, coatings, lubricants, and energy storage. In the concrete industry, even small additions of PureGRAPH can significantly enhance compressive strength, durability, and resistance to chemical attack while reducing cement content—offering both performance and sustainability benefits. First Graphene has conducted extensive testing demonstrating that graphene-enhanced concrete can achieve 30-40% strength improvements, potentially revolutionizing construction materials. The company has also developed graphene-enhanced elastomers and thermoplastics showing improved mechanical properties and thermal conductivity for automotive and industrial applications. Beyond materials sales, First Graphene invests in application development through its own research facilities and partnerships with universities and industrial companies. The company has established relationships with construction materials manufacturers, automotive suppliers, and equipment manufacturers to integrate PureGRAPH into commercial products. First Graphene's strategy emphasizes large-volume, lower-margin applications rather than niche high-margin markets, recognizing that graphene's true commercial potential lies in transforming high-volume industries. The company has achieved regulatory approvals and certifications necessary for construction and industrial applications, navigating complex qualification processes. As graphene transitions from laboratory curiosity to industrial commodity, First Graphene's focus on production scale, material consistency, and application validation positions the company to capitalize on emerging demand for performance-enhancing nanomaterials in traditional industries.
XG Sciences
Lansing, United States
XG Sciences, Inc., founded in 2006 in Lansing, Michigan, pioneered the commercial production of graphene nanoplatelets (xGnP) for energy storage, composites, and coatings applications. With over $50 million in funding and 50-100 employees, XG Sciences developed proprietary manufacturing processes that produce multi-layer graphene platelets with precisely controlled dimensions and properties optimized for industrial use. The company emerged from Michigan State University research on graphite intercalation and exfoliation, translating academic discoveries into scalable production technologies. XG Sciences' xGnP graphene nanoplatelets consist of small stacks of graphene sheets (typically 5-15 layers) with lateral dimensions of 5-25 micrometers, providing an optimal balance between graphene's exceptional properties and practical dispersibility in various matrices. These nanoplatelets offer extremely high surface area, excellent electrical and thermal conductivity, and superior mechanical properties while remaining compatible with conventional mixing and processing equipment. XG Sciences initially focused on lithium-ion battery applications, where xGnP additives in both anodes and cathodes improve electrical conductivity, enabling faster charging and higher power output. The company developed specialty graphene grades optimized for battery applications, with surface treatments and particle size distributions tailored for optimal electrode performance. In battery cathodes, xGnP creates conductive networks that improve rate capability, while in anodes, graphene can blend with silicon to accommodate volume expansion. Beyond batteries, XG Sciences targeted polymer composites where graphene nanoplatelets enhance mechanical strength, thermal management, and electrical properties at low loading levels (typically 1-5%). The company worked with automotive and electronics manufacturers to develop thermally conductive plastics for heat dissipation in electronic devices and lightweight structural composites for transportation applications. XG Sciences also developed graphene-enhanced coatings with improved barrier properties, corrosion resistance, and thermal management for industrial and marine applications. Throughout its history, the company invested heavily in application development laboratories and technical support, recognizing that successful graphene commercialization requires not just material production but also formulation expertise and customer collaboration. XG Sciences maintained extensive intellectual property portfolios covering graphene production methods, surface treatments, and specific applications. The company was acquired by Graphene X in 2020, but its technology and products continue as important contributors to the graphene industry. XG Sciences demonstrated that graphene nanoplatelets could transition from exotic research material to practical industrial additive, validating the commercial potential of graphene derivatives for large-scale applications.
Grolltex
San Diego, United States
Grolltex, Inc., founded in 2014 and based in San Diego, California, specializes in the manufacturing of high-quality single-layer graphene and two-dimensional (2D) materials using advanced chemical vapor deposition (CVD) techniques. As a privately-funded company with 10-50 employees, Grolltex has carved out a distinct niche in the graphene market by focusing on large-area, high-quality monolayer graphene and hexagonal boron nitride (hBN) films on various substrates. The company's technology enables the production of wafer-scale graphene with excellent uniformity and minimal defects—critical requirements for electronics and sensor applications where material quality directly impacts device performance. Grolltex's CVD process achieves precise control over graphene growth parameters including temperature, gas composition, and substrate preparation, resulting in reproducible material properties across production batches. The company offers monolayer graphene transferred onto various substrates including silicon wafers, glass, polymers, and metals, providing customers with ready-to-use materials for device fabrication. Beyond graphene, Grolltex produces hexagonal boron nitride films, an insulating 2D material with applications as a dielectric layer in graphene electronics and as a protective coating. The company has developed transfer technologies that move CVD-grown graphene from growth substrates to target substrates while preserving material quality—a technically challenging process critical for commercial viability. Grolltex serves research institutions and companies developing graphene-based electronics, sensors, and photonic devices where monolayer graphene's unique electronic and optical properties are essential. Application areas include transparent conductive electrodes for displays and solar cells, high-frequency transistors, chemical and biological sensors, and photonics components. The company provides customized graphene products tailored to specific customer requirements including patterned graphene, doped graphene, and graphene on specialized substrates. Grolltex has invested in quality control and characterization capabilities including Raman spectroscopy, atomic force microscopy, and electrical testing to ensure materials meet customer specifications. The company collaborates with researchers and device manufacturers to optimize graphene properties for emerging applications, providing technical support throughout the development process. Grolltex represents the specialized segment of the graphene industry focused on high-quality materials for electronics rather than bulk applications, addressing markets where graphene's unique electronic properties justify premium pricing. As graphene electronics transitions from research to commercialization, companies like Grolltex providing reliable sources of device-quality 2D materials play crucial enabling roles, supplying the building blocks for next-generation electronic, sensing, and photonic technologies that leverage graphene's extraordinary properties.
Graphenea
San Sebastian, Spain
Graphenea, S.A., established in 2010 in San Sebastian, Spain, has become a leading global supplier of CVD graphene and graphene oxide for research and industrial applications. With over $20 million in funding and 50-100 employees, Graphenea operates production facilities in Spain and the United States, serving customers across academia, industry, and government research institutions. The company emerged from CIC nanoGUNE research center, translating laboratory graphene synthesis into reproducible commercial production. Graphenea's product portfolio spans the graphene materials spectrum including CVD monolayer graphene on various substrates, graphene oxide dispersions and powders, and reduced graphene oxide. Their CVD graphene products feature large-area single-layer films with high quality and uniformity, suitable for electronics, sensors, and photonics research. The company offers graphene transferred onto silicon wafers, glass, polymers, and other substrates in standard sizes up to 4-inch wafers, with custom sizes available. Graphenea has developed specialized graphene products including graphene field-effect transistor (GFET) chips for sensor applications, where graphene's sensitivity to chemical and biological analytes enables ultra-sensitive detection. These GFET sensors can detect minute quantities of gases, biomolecules, and other analytes, with applications in environmental monitoring, medical diagnostics, and industrial process control. The company's graphene oxide products are widely used in research on composite materials, coatings, energy storage, and biomedical applications. Graphene oxide's oxygen-containing functional groups make it dispersible in water and provide chemical handles for further functionalization, enabling diverse applications. Graphenea maintains rigorous quality control processes including comprehensive characterization of each production batch using Raman spectroscopy, atomic force microscopy, and optical microscopy to verify material properties. The company has established itself as a reliable supplier for researchers requiring consistent, well-characterized graphene materials for reproducible experiments. Beyond materials sales, Graphenea offers custom synthesis services, developing tailored graphene products for specific customer requirements. The company has built strong relationships with academic researchers worldwide, supporting thousands of publications involving their graphene products. Graphenea participates in European research consortia advancing graphene applications, contributing expertise in materials production and characterization. As the graphene research community has grown, Graphenea has scaled production to meet increasing demand while maintaining the material quality essential for meaningful research. The company represents the critical infrastructure supporting graphene research and development, providing the standardized, characterized materials necessary for advancing our understanding of graphene's properties and potential applications across diverse fields.
Applied Nanostructured Solutions
Baltimore, United States
Applied Nanostructured Solutions, LLC (ANS), founded in 2008 and based in Baltimore, Maryland, develops carbon nanotube-infused materials for aerospace and industrial structural applications as a subsidiary of Lockheed Martin Corporation. With a private funding structure and 50-100 employees, ANS has focused on translating CNT technology from research into qualified aerospace materials that meet stringent industry requirements. The company emerged from recognition that carbon nanotubes' exceptional mechanical and electrical properties could enhance fiber-reinforced composites if integration challenges could be overcome. ANS developed proprietary processes for infusing carbon nanotubes directly onto carbon fiber and glass fiber surfaces, creating CNT-infused fibers that serve as drop-in replacements for conventional reinforcement fibers in composite manufacturing. This approach addresses a fundamental challenge in CNT composites—achieving good dispersion and interfacial bonding between nanotubes and the polymer matrix. By growing or depositing CNTs directly on fiber surfaces, ANS creates intimate mechanical interlocking and chemical bonding between nanotubes and matrix resins. The resulting structural composites exhibit enhanced mechanical properties including improved interlaminar strength, fracture toughness, and damage tolerance compared to conventional composites. Additionally, CNT-infused fibers provide electrical conductivity, enabling multifunctional composites with integrated sensing, electromagnetic shielding, and lightning strike protection capabilities. ANS has worked closely with aerospace manufacturers to qualify CNT-infused materials for aircraft structures, demonstrating that nanotube enhancements can be achieved within existing manufacturing processes and quality assurance frameworks. The company's materials have been incorporated into commercial and military aircraft components, representing significant validation of CNT composite technology. Beyond aerospace, ANS targets automotive, wind energy, and sporting goods applications where lightweight, high-strength materials provide competitive advantages. The company's CNT-infused fibers have been used in automotive body panels, wind turbine blades, and high-performance sporting equipment. ANS maintains production facilities capable of treating fibers at scales required for industrial composite manufacturing, with quality control processes ensuring consistent CNT loading and distribution. As a Lockheed Martin subsidiary, ANS benefits from access to aerospace expertise, testing facilities, and customer relationships while maintaining focus on nanomaterial technology development. The company's success in qualifying nanotechnology-enhanced materials for aerospace applications demonstrates that nanomaterials can meet the rigorous performance, reliability, and safety requirements of highly regulated industries. ANS represents an important model for nanotechnology commercialization in structural materials, showing how CNT enhancements can be integrated into existing manufacturing ecosystems rather than requiring entirely new production approaches, facilitating adoption in conservative, high-reliability industries.
OCSiAl
Luxembourg, Luxembourg
OCSiAl Group, founded in 2009 and headquartered in Luxembourg, has achieved the remarkable distinction of becoming the world's largest manufacturer of single-wall carbon nanotubes (SWCNT), enabling mass-market applications through unprecedented production scale and cost reduction. With over $200 million in funding and 500-1,000 employees, OCSiAl operates globally with production facilities in Europe, Asia, and North America, producing its flagship TUBALL SWCNT products measured in tons rather than grams. The company's breakthrough synthesis technology enables continuous, large-scale production of high-quality single-wall carbon nanotubes at costs dramatically lower than previous methods, fundamentally changing the economics of CNT applications. OCSiAl's TUBALL products consist of ultra-long SWCNTs (up to several micrometers in length) with high aspect ratios and excellent electrical conductivity, making them exceptional additives for creating conductive composites, coatings, and energy storage materials. At remarkably low loading levels (typically 0.01-0.1% by weight), TUBALL nanotubes form percolating networks that impart electrical conductivity to polymers, elastomers, and other matrices. The company targets large-volume applications where CNTs can deliver significant performance benefits, including lithium-ion battery electrodes, transparent conductive films, antistatic materials, EMI shielding, rubber compounds, and composite materials. In lithium-ion batteries, TUBALL additives improve electrode conductivity, enabling faster charging, higher power delivery, and better cycle life—critical for electric vehicles and energy storage systems. OCSiAl has established partnerships with major battery manufacturers worldwide, with TUBALL-containing batteries in commercial production for automotive applications. The company has developed application-specific TUBALL formulations including ready-to-use dispersions in various solvents and concentrates optimized for different manufacturing processes, facilitating customer adoption. OCSiAl maintains extensive application development laboratories working with customers to optimize CNT integration into their products and manufacturing processes. The company has achieved regulatory approvals for TUBALL products in multiple jurisdictions, addressing safety and environmental concerns associated with nanomaterials. OCSiAl's remarkable production scale—producing more SWCNTs annually than all other manufacturers combined—has transformed carbon nanotubes from exotic research materials to practical industrial additives. The company's success demonstrates that with appropriate technology and scale, nanomaterials can achieve cost structures compatible with high-volume applications, fulfilling long-standing promises of nanotechnology revolutionizing major industries. As electric vehicles and energy storage demand surge, OCSiAl's position as the dominant SWCNT supplier positions the company at the center of critical technology supply chains.
CNano Technology
Zhenjiang, China
CNano Technology Limited, established in 2007 and based in Zhenjiang, China, has emerged as a leading large-scale manufacturer of multi-wall carbon nanotubes (MWCNT) for battery and composite applications, particularly focusing on the rapidly growing lithium-ion battery market. With over $100 million in funding and 200-500 employees, CNano operates high-volume production facilities in China capable of producing hundreds of tons of MWCNTs annually, serving global customers in energy storage, composites, and conductive materials markets. The company's flagship Flotube CNT products are specifically engineered for lithium-ion battery applications, where they serve as conductive additives in both cathodes and anodes. In battery electrodes, even small additions of CNTs (typically 1-3% by weight) dramatically improve electrical conductivity, enabling better power performance, faster charging, and higher energy utilization. CNano's focus on battery applications has proven strategically prescient as the electric vehicle revolution drives exponential growth in lithium-ion battery production. The company supplies CNT additives to major battery manufacturers in China, South Korea, Japan, and other countries, with its products incorporated into millions of battery cells for electric vehicles, consumer electronics, and energy storage systems. CNano's MWCNTs are produced through catalytic chemical vapor deposition processes optimized for consistent quality, controlled diameter distributions, and surface properties tailored for battery applications. The company has developed various MWCNT grades including long nanotubes for maximizing electrical percolation, short nanotubes for easier dispersion, and surface-treated variants for specific battery chemistries. Beyond batteries, CNano targets composite materials applications where MWCNTs enhance mechanical strength, electrical conductivity, and thermal properties of polymers and elastomers. The company's products are used in automotive components, industrial materials, and consumer goods requiring electrostatic dissipation or EMI shielding. CNano has invested significantly in production scale-up and cost reduction, recognizing that commercial success in high-volume applications requires not just technical performance but also competitive pricing. The company's position in China provides proximity to the world's largest battery manufacturing ecosystem and access to the supply chains driving electric vehicle adoption. CNano has established quality management systems meeting automotive industry requirements, ensuring consistent material properties across large production volumes. As China has become the dominant force in lithium-ion battery production, CNano has benefited from being embedded in this manufacturing ecosystem, providing localized technical support and rapid response to customer needs. The company represents the emerging class of Chinese nanomaterial manufacturers achieving global scale, demonstrating how nanotechnology production is globalizing with significant capacity concentrated in Asia's manufacturing centers.
Zeon Corporation
Tokyo, Japan
Zeon Corporation, founded in 1950 and headquartered in Tokyo, Japan, is a major chemical company that has become a significant producer of super-growth carbon nanotubes (SG-CNT) alongside its traditional synthetic rubber and specialty chemical businesses. Publicly traded on the Tokyo Stock Exchange (TYO: 4205) with over 1,000+ employees, Zeon leverages its extensive chemical manufacturing expertise to produce high-quality carbon nanotubes marketed under the ZEONANO brand. The company entered the carbon nanotube market by licensing super-growth CVD technology developed at Japan's National Institute of Advanced Industrial Science and Technology (AIST), which enables rapid, efficient synthesis of exceptionally long and pure single-wall carbon nanotubes. Zeon's SG-CNT production technology can grow centimeter-length nanotubes with extremely high purity and minimal catalyst residues, resulting in CNTs with superior electrical and mechanical properties. These high-quality nanotubes find applications in transparent conductive films, high-performance composites, energy storage devices, and advanced sensors. Zeon has focused particularly on transparent conductive films where ZEONANO SG-CNTs provide alternatives to indium tin oxide (ITO) for touchscreens, displays, and photovoltaic electrodes. CNT-based transparent conductors offer advantages including mechanical flexibility, stretchability, and potentially lower costs compared to brittle ITO films. The company has developed CNT film manufacturing processes compatible with roll-to-roll production, enabling large-area transparent electrode fabrication for flexible electronics. Beyond electronics, Zeon leverages its core expertise in polymer science to develop CNT-enhanced elastomers and thermoplastics with improved electrical conductivity, mechanical strength, and thermal management for automotive and industrial applications. As a major chemical company, Zeon brings significant advantages to nanotechnology commercialization including established manufacturing capabilities, quality control expertise, global distribution networks, and customer relationships across multiple industries. The company's approach integrates carbon nanotube production within its broader specialty chemicals portfolio, cross-leveraging technologies and market channels. Zeon participates in Japanese government initiatives advancing carbon nanotube applications and collaborates with academic institutions on next-generation CNT technologies. The company's position in Japan—home to significant carbon nanotube research and several major electronics manufacturers—provides strategic advantages in developing applications for Japanese industry. Zeon's involvement in carbon nanotubes exemplifies how established chemical companies are increasingly incorporating nanotechnology into their product portfolios, bringing nanomaterials from research laboratories to commercial chemical production. As carbon nanotube applications mature, companies like Zeon with deep chemical manufacturing expertise and broad market access play crucial roles in scaling production and integrating nanomaterials into diverse industrial products, bridging the gap between specialty nanomaterial producers and end-use applications.
Cerion Nanomaterials
Rochester, United States
Cerion Nanomaterials, LLC (formerly Cerion Technologies), founded in 2007 and based in Rochester, New York, manufactures engineered nanoparticle dispersions for advanced materials applications across diverse industries. With over $30 million in funding and 10-50 employees, Cerion has developed proprietary synthesis technologies enabling precise control over nanoparticle composition, size, and surface chemistry—critical parameters determining nanomaterial performance. The company focuses particularly on metal oxide nanoparticles including cerium oxide (CeO2), which has found applications in fuel additives, polishing compounds, coatings, and catalysis. Cerion's cerium oxide nanoparticles exhibit unique catalytic properties arising from their nanoscale dimensions and surface chemistry, functioning as oxygen buffers that can alternate between oxidation states. These properties make nano-ceria valuable in applications including diesel fuel additives where they promote more complete combustion and reduce particulate emissions, automotive catalytic converters where they enhance pollutant oxidation, and fuel cells where they improve oxygen ion conductivity. The company has developed cost-effective synthesis methods producing stable, well-dispersed nanoparticle suspensions that can be easily integrated into customer formulations and manufacturing processes. Cerion's technology platform extends beyond cerium oxide to other metal oxides including zirconium oxide, aluminum oxide, and mixed-metal oxides, each tailored for specific applications. The company provides customized nanoparticle dispersions matching customer requirements for particle size, surface functionalization, dispersion medium, and concentration. Cerion's chemical synthesis routes enable composition control impossible with physical synthesis methods, allowing atomic-level engineering of multifunctional nanoparticles. The company serves diverse markets including energy, automotive, electronics, coatings, and personal care, providing both standard catalog products and custom synthesis services. Cerion maintains quality control systems ensuring batch-to-batch consistency critical for commercial applications, with comprehensive characterization using transmission electron microscopy, dynamic light scattering, and surface analysis techniques. The company has navigated complex regulatory landscapes for nanomaterial applications, obtaining necessary approvals for fuel additive and other applications involving human or environmental exposure. Cerion's business model combines material sales with contract synthesis services, leveraging its nanoparticle engineering expertise to develop tailored solutions for customer challenges. The company has established partnerships with larger chemical companies and product manufacturers seeking nanomaterial expertise without developing internal capabilities. Cerion represents the important class of nanotechnology companies focused on enabling technologies—providing engineered building blocks that other companies incorporate into their products rather than developing end-user products directly. As nanotechnology permeates diverse industries, specialized nanomaterial synthesizers like Cerion play crucial roles in supplying precisely engineered materials that enable performance improvements across applications from catalysis to energy storage, demonstrating how advanced synthesis capabilities translate into commercial value.
Nanosolar
San Jose, United States
Pioneer in printed CIGS solar cells using nanoparticle ink technology
Sila Nanotechnologies
Alameda, United States
Developer of silicon-dominant battery anode materials using nanocomposite technology
Amprius Technologies
Fremont, United States
Developer of high-energy density lithium-ion batteries using silicon nanowire anodes
Enovix Corporation
Fremont, United States
Developer of silicon-anode lithium-ion batteries using advanced nanofabrication
QuantumScape
San Jose, United States
Developer of solid-state lithium-metal batteries using ceramic separator technology
Nantero
Woburn, United States
Developer of NRAM nonvolatile memory technology using carbon nanotube fabrics
Fibenamics
Guimaraes, Portugal
Specialized in electrospun nanofiber production for healthcare and industrial applications
nanoComposix
San Diego, United States
Designer and manufacturer of precisely engineered nanoparticles for diagnostics and research
NanoH2O (LG Chem)
El Segundo, United States
Developer of nanotechnology-enabled reverse osmosis membranes for water desalination
Porifera
Hayward, United States
Developer of forward osmosis membranes using carbon nanotube and graphene oxide
Luna Innovations
Roanoke, United States
Developer of fiber optic sensing and nanotechnology products for defense and healthcare
National Nanotechnology Initiative
Washington, United States
US government R&D initiative coordinating nanotechnology research across federal agencies
National Institute for Nanotechnology
Edmonton, Canada
Canada's national research facility for nanotechnology research and development
National Nanotechnology Center (NANOTEC)
Pathum Thani, Thailand
Thailand's national nanotechnology research center under NSTDA
Tata Institute Nano Sciences
Mumbai, India
Premier research institute in India for nanotechnology and materials science
NanoMalaysia Berhad
Cyberjaya, Malaysia
Government agency driving nanotechnology commercialization in Malaysia
Nanyang Technological University - CNRS
Singapore, Singapore
International joint laboratory for nanotechnology and materials science research
Berkeley Lab Molecular Foundry
Berkeley, United States
DOE user facility for nanoscience research at Lawrence Berkeley National Laboratory
Center for Functional Nanomaterials
Upton, United States
DOE user facility for nanoscience at Brookhaven National Laboratory
NanoWerk
Honolulu, Germany
Leading nanotechnology portal providing news, databases, and educational resources
NanoMaterials Technology
Singapore, Singapore
Producer of zinc oxide nanoparticles and other nanomaterial products
NanoGraf Corporation
Chicago, United States
Developer of silicon-graphene anode materials for high-energy batteries
Group NanoXplore
Montreal, Canada
High-volume producer of graphene powder for plastics, composites, and battery applications
NanoXact
San Diego, United States
Brand offering precisely manufactured nanoparticles for life science applications
NanoIntegris
Boisbriand, Canada
Producer of high-purity semiconducting and metallic carbon nanotubes
Nanocyl
Sambreville, Belgium
Leading European producer of multiwall carbon nanotubes
Arkema - Graphistrength
Colombes, France
Major chemical company producing Graphistrength carbon nanotubes
Showa Denko - VGCF
Tokyo, Japan
Producer of vapor grown carbon fiber for battery and composite applications
Innova Dynamics
San Jose, United States
Developer of silver nanowire transparent conductors for touch screens and displays
Cambrios Technologies
Sunnyvale, United States
Pioneer in silver nanowire technology for transparent conductive films
C3Nano
Hayward, United States
Developer of silver nanowire transparent conductive films for displays and touch screens
Nano One Materials
Burnaby, Canada
Clean technology company developing patented processes for low-cost, high-performance cathode materials for lithium-ion batteries
Nanotech Energy
Los Angeles, United States
Developer of graphene-based batteries and energy storage solutions, spun out of UCLA research
Solid Power
Louisville, United States
Developer of all-solid-state battery technology using sulfide-based solid electrolytes
BASF
Ludwigshafen, Germany
World's largest chemical company with significant nanomaterials portfolio including catalysts, coatings, and battery materials
Evonik Industries
Essen, Germany
Specialty chemicals company and leading producer of fumed silica, precipitated silica, and other nanomaterials
3M Company
Saint Paul, United States
Diversified technology company with extensive nanotechnology applications in films, coatings, and filtration
Merck KGaA
Darmstadt, Germany
Science and technology company supplying nanomaterials through Sigma-Aldrich brand for research and industry
Nanomix
Emeryville, United States
Nanomix, established in 2000 in Emeryville, California, is a pioneering company in nanosensor technology, specializing in carbon nanotube-based electronic biosensors for point-of-care medical diagnostics. The company has raised over $75 million in funding to develop its innovative diagnostic platform that leverages the exceptional electronic and chemical properties of carbon nanotubes for rapid, accurate medical testing. Carbon nanotubes, cylindrical nanostructures with diameters of just a few nanometers, exhibit extraordinary sensitivity to surface chemical changes, making them ideal transducers for biosensing applications. Nanomix's proprietary technology functionalizes carbon nanotubes with specific recognition molecules that bind target biomarkers, causing measurable changes in the nanotubes' electrical conductivity. This direct electronic detection mechanism enables rapid, label-free measurement of clinically relevant analytes. The company's flagship eLab diagnostic system brings laboratory-quality testing to the point of care, providing rapid results for critical biomarkers directly at the patient's bedside, in emergency departments, or in physician offices. The system can measure multiple analytes including blood gases, electrolytes, and metabolites from small blood samples, with results available in minutes rather than the hours typically required for central laboratory testing. This speed enables faster clinical decision-making, particularly critical in acute care settings. The nanosensor technology offers significant advantages including small sample volumes, minimal reagent consumption, and the potential for highly multiplexed testing. Nanomix's platform addresses the growing demand for decentralized diagnostic testing, aligning with trends toward personalized medicine and value-based healthcare. The company's work exemplifies how nanotechnology can transform medical diagnostics, bringing sophisticated analytical capabilities out of centralized laboratories and directly to patients. As point-of-care testing continues to expand globally, Nanomix's carbon nanotube-based sensors represent a significant technological advancement in making rapid, accurate diagnostic information immediately available to healthcare providers.
SES AI
Boston, United States
SES AI, established in 2012 in Boston, Massachusetts, is a publicly-traded company (NYSE: SES) pioneering hybrid lithium-metal battery technology for electric vehicles and other high-energy applications. With over $500 million in funding and 200-500 employees, SES AI represents a major effort to commercialize next-generation battery chemistry that could dramatically improve electric vehicle range and performance. The company's flagship Apollo lithium-metal battery platform combines lithium metal anodes with advanced liquid electrolytes, achieving significantly higher energy density than conventional lithium-ion batteries while maintaining safety and cycle life. Lithium metal anodes offer theoretical capacity nearly ten times higher than graphite anodes used in traditional lithium-ion batteries, but have historically suffered from dendrite formation—needle-like metallic structures that grow at the nanoscale during charging and can cause short circuits and safety hazards. SES AI has developed proprietary electrolyte formulations and battery architectures that suppress dendrite growth through nanoscale interface engineering and electrochemical stabilization. The company's AI-driven approach leverages machine learning and computational modeling to design and optimize electrolyte compositions, accelerating development cycles that traditionally required years of trial-and-error experimentation. This integration of artificial intelligence with materials science and nanotechnology enables rapid screening of thousands of electrolyte candidates to identify formulations with optimal performance characteristics. SES AI has established partnerships with major automotive manufacturers including General Motors and Hyundai-Kia to develop and scale lithium-metal batteries for electric vehicles. The Apollo platform targets energy densities exceeding 400 Wh/kg, potentially enabling electric vehicles with ranges exceeding 600 miles on a single charge. The technology's nanoscale electrolyte-electrode interfaces are critical to controlling lithium deposition morphology and ensuring stable, safe operation. As the electric vehicle market expands globally, SES AI's lithium-metal battery technology could address key barriers to EV adoption including range anxiety and charging time.
Ionic Materials
Woburn, United States
Developer of solid polymer electrolyte technology for next-generation batteries
Group14 Technologies
Woodinville, United States
Producer of silicon-carbon composite anode materials for lithium-ion batteries
StoreDot
Herzliya, Israel
Developer of extreme fast charging (XFC) battery technology using proprietary nanoparticle compounds
Nanosys China
Suzhou, China
Chinese subsidiary focused on quantum dot materials for display industry
Mesolight
Suzhou, China
Producer of perovskite and cadmium-free quantum dots for display and lighting applications
QD Vision
Lexington, United States
Pioneer in quantum dot technology for displays and lighting applications
Nanotec Srl
Milan, Italy
Italian nanotechnology company specializing in protective coatings and surface treatments
Nanotech Industrial Solutions
Houston, United States
Developer of tungsten disulfide nanoparticle lubricants and coatings for industrial applications
NanoMagnetics
Bristol, United Kingdom
Producer of magnetic nanoparticles for biomedical and industrial applications
Hyperion Catalysis International
Cambridge, United States
Pioneer in multi-wall carbon nanotube production and applications
Hanwha Chemical
Seoul, South Korea
Major Korean chemical conglomerate with significant CNT and nanomaterials production
LG Chem
Seoul, South Korea
Global chemical company and major producer of battery materials and CNT additives
Kumho Petrochemical
Seoul, South Korea
Korean petrochemical company with large-scale carbon nanotube production
Toray Industries
Tokyo, Japan
Japanese multinational producing advanced carbon fibers, CNTs, and nanomaterials
Hodogaya Chemical
Tokyo, Japan
Japanese chemical company specializing in CNTs for electronic applications
Jiangsu Cnano Technology
Zhenjiang, China
One of China's largest producers of carbon nanotubes for battery applications
Shenzhen Nanotech Port
Shenzhen, China
Chinese manufacturer of carbon nanotubes and graphene for various applications
Chengdu Organic Chemicals
Chengdu, China
Chinese Academy of Sciences spin-off producing CNTs, fullerenes, and nanomaterials
Raymor Industries
Boisbriand, Canada
Canadian producer of single-wall carbon nanotubes using plasma technology
Thomas Swan
Consett, United Kingdom
UK chemical company and major producer of Elicarb graphene and carbon nanomaterials
Applied Graphene Materials
Redcar, United Kingdom
UK producer of graphene nanoplatelets for coatings and composite applications
Perpetuus Carbon Technologies
Swansea, United Kingdom
UK company producing functionalized graphene using plasma technology
NanoXplore
Montreal, Canada
World's largest graphene producer with integrated battery and plastics solutions
Sixth Element Materials
Changzhou, China
Major Chinese graphene producer with large-scale manufacturing capabilities
Ningbo Morsh Technology
Ningbo, China
Chinese graphene company focused on thermal management and energy applications
Standard Graphene
Ulsan, South Korea
Korean graphene company producing CVD graphene and graphene oxide
Graphene NanoChem
Kuala Lumpur, Malaysia
Malaysian graphene company developing energy and industrial applications
Talga Group
Perth, Australia
Swedish-Australian company developing graphene anode materials for batteries
Black Swan Graphene
Ottawa, Canada
Canadian graphene company focused on asphalt and concrete applications
Elcora Advanced Materials
Halifax, Canada
Canadian graphene and graphite company for battery applications
NanoTechNexus
Bangalore, India
Indian nanotechnology company developing sensors and nanomaterial applications
Reinste Nano Ventures
Delhi, India
Indian nanomaterials manufacturer producing nanoparticles and quantum dots
Nanoshel
Dehradun, India
Indian manufacturer of nanopowders, nanotubes, and nanomaterials for research
Ad-Nano Technologies
Shimoga, India
Indian producer of metal oxide nanoparticles and nanopowders
Nano Labs Corp
Wuxi, China
Chinese company producing carbon nanotubes for electronics and energy storage
Nanomakers
Rambouillet, France
French producer of silicon nanoparticles for battery and other applications
NanoPow
Lund, Sweden
Swedish startup producing silicon nanopowders for next-generation batteries
US Research Nanomaterials
Houston, United States
US manufacturer and supplier of nanomaterials for research and industrial use
SkySpring Nanomaterials
Houston, United States
US supplier of nanomaterials including oxide and metallic nanoparticles
Plasmachem
Berlin, Germany
German manufacturer of nanodiamonds and specialty nanoparticles
Daicel Corporation
Osaka, Japan
Japanese chemical company producing cellulose nanofibers and specialty materials
Nippon Paper Industries
Tokyo, Japan
Japanese paper company developing cellulose nanofiber applications
CelluForce
Montreal, Canada
World's largest producer of cellulose nanocrystals (CNC)
Blue Goose Biorefineries
Saskatoon, Canada
Canadian producer of nanocellulose from agricultural residues
Borregaard
Sarpsborg, Norway
Norwegian biochemical company producing microfibrillated cellulose
FiberLean Technologies
Par, United Kingdom
UK producer of microfibrillated cellulose for paper and packaging
Suzano
Sao Paulo, Brazil
World's largest eucalyptus pulp producer developing nanocellulose products
Horiba Scientific
Kyoto, Japan
Global leader in analytical instruments including Raman and particle characterization
Protochips
Morrisville, United States
US developer of in-situ TEM sample holders for nanoscale dynamic experiments
Nanoscience Inc
Alexandria, United States
US company providing nanotechnology instruments and coating services
NeoGraf Solutions
Lakewood, United States
Leading producer of flexible graphite and thermal management materials
2D Carbon Tech
Changzhou, China
Major Chinese producer of graphene and graphene-based products
SouthWest NanoTechnologies
Norman, United States
Producer of high-quality single-wall carbon nanotubes
Zeon Corporation
Tokyo, Japan
Major Japanese producer of single-wall carbon nanotubes
Element Six
Didcot, United Kingdom
World leader in synthetic diamond supermaterials
NanoMaterials Technology
Singapore, Singapore
Asian producer of ceramic and metal oxide nanoparticles
Nanobrick
Seoul, South Korea
Korean developer of photonic crystal technology for displays
Nanopartz
Loveland, United States
Producer of gold nanoparticles and nanorods for research
Quantum Solutions
Daejeon, South Korea
Korean producer of quantum dots for displays and lighting
Hansol Chemical
Seoul, South Korea
Korean producer of quantum dots and electronic materials
Seoul Semiconductor
Ansan, South Korea
Major LED manufacturer with unique Acrich and SunLike technologies
NanOasis
San Leandro, United States
Developer of carbon nanotube-based water filtration membranes
Aquaporin A/S
Kongens Lyngby, Denmark
Pioneer in biomimetic water filtration using aquaporin proteins
Nanolumi
Eindhoven, Netherlands
Developer of quantum dot technology for greenhouse lighting
UbiQD
Los Alamos, United States
Developer of quantum dots for agriculture and solar applications
Nanoptek
Maynard, United States
Developer of nanostructured catalysts for hydrogen production
Enevate
Irvine, United States
Developer of silicon-dominant anode battery technology
Enovix
Fremont, United States
Developer of 3D silicon lithium-ion batteries
24M Technologies
Cambridge, United States
Developer of SemiSolid lithium-ion battery technology
Prieto Battery
Fort Collins, United States
Developer of 3D nanostructured solid-state batteries
Nanoramic Laboratories
Boston, United States
Developer of carbon nanotube-based energy storage materials
Nanotextiles
Yokneam, Israel
Developer of nano-enhanced antimicrobial textiles
CNRS
Paris, France
France's premier scientific research organization with major nanotechnology programs
Max Planck Institute
Stuttgart, Germany
German research organization with multiple nanotechnology-focused institutes
Nanyang Technological University
Singapore, Singapore
Leading Asian university with strong nanotechnology research programs
National Institute for Materials Science
Tsukuba, Japan
Japan's premier materials science research institution
Chinese Academy of Sciences
Beijing, China
China's largest research organization with major nanotechnology divisions
Shin-Etsu Chemical
Tokyo, Japan
World's largest silicon wafer and semiconductor materials producer
SUMCO
Tokyo, Japan
Second-largest silicon wafer producer globally
SK Siltron
Gumi, South Korea
Korean silicon wafer and SiC substrate manufacturer
Cabot Microelectronics
Aurora, United States
Global leader in CMP slurries and polishing pads
NanoMech Holdings
Springdale, United States
Developer of nano-enhanced lubricants and coatings
Nano Ink (formerly NanoInk)
Skokie, United States
Pioneer in dip-pen nanolithography technology
2D Semiconductors
Scottsdale, United States
Manufacturer of 2D materials including MoS2, WS2, and other TMDCs
NanoGrafix
Austin, United States
Nano-optic security and authentication technology company
Skeleton Technologies
Tallinn, Estonia
Graphene ultracapacitor manufacturer for energy storage
NuMat Technologies
Skokie, United States
Leading MOF company for semiconductor gas storage and delivery
MOF Technologies
Belfast, United Kingdom
Commercial MOF manufacturer using mechanochemical synthesis
Promethean Particles
Nottingham, United Kingdom
Manufacturer of MOFs and nanomaterials using continuous hydrothermal synthesis
Framergy
College Station, United States
MOF manufacturer for gas separations and carbon capture
BASF MOF Materials
Ludwigshafen, Germany
BASF's MOF division producing Basolite materials at industrial scale
Nano-C
Westwood, United States
Manufacturer of fullerenes and carbon nanomaterials
Elcora Advanced Materials
Halifax, Canada
Graphite mining and graphene production
Perpetuus Carbon Technologies
Swansea, United Kingdom
Large-scale functionalized graphene and CNT production
Cabot Corporation Specialty Carbons
Boston, United States
Specialty carbon materials including CNTs and conductive additives
Haydale Graphene Industries
Ammanford, United Kingdom
Graphene and nanomaterial functionalization specialist
Teijin Limited
Osaka, Japan
Advanced materials including nanofibers and carbon fiber composites
JSR Corporation
Tokyo, Japan
Advanced materials for semiconductor lithography including EUV resists
Samsung SDI
Yongin, South Korea
Advanced battery materials with nano-engineered electrodes
SK Innovation
Seoul, South Korea
Battery separators and energy materials with nanotechnology
Hanwha Solutions
Seoul, South Korea
Solar cells and advanced materials with nanotechnology
CATL
Ningde, China
World's largest EV battery manufacturer with nano-engineered cells
Jiangsu Nata Opto
Suzhou, China
Quantum dot materials for next-gen displays
Suzhou Xingshuo Nanotech
Suzhou, China
High-purity metal and oxide nanoparticle manufacturer
Shenzhen Nanotech Port
Shenzhen, China
Pioneer Chinese carbon nanotube and nanomaterial producer
STMicroelectronics
Geneva, Switzerland
Global semiconductor leader in MEMS, MCUs, and SiC
TanKeBlue Semiconductor
Beijing, China
SiC and sapphire substrate manufacturer
Nata Opto
Suzhou, China
Quantum dot and phosphor materials for displays
CMC Materials
Aurora, United States
CMP slurries and pads for semiconductor polishing
Dow Electronic Materials
Midland, United States
CMP slurries and specialty materials for electronics
REC Silicon
Sandvika, Norway
High-purity silicon materials for solar and electronics
Okmetic
Vantaa, Finland
High-quality silicon wafers for sensors and MEMS
Bharat Heavy Electricals Nano
New Delhi, India
Nanotechnology R&D for power and industrial applications
Indian Institute of Science Nano
Bangalore, India
Premier nanotechnology research center in India
Reinste Nano Ventures
New Delhi, India
Nanomaterial manufacturer and supplier
Log 9 Materials
Bangalore, India
Graphene and aluminum-based batteries
Siltronic Singapore
Singapore, Singapore
Silicon wafer manufacturing facility in Singapore
GlobalWafers Singapore
Singapore, Singapore
Major silicon wafer manufacturer
NTU Nanyang NanoMaterials
Singapore, Singapore
Leading nanotechnology research at NTU
Samsung Vietnam
Thai Nguyen, Vietnam
Major Samsung electronics manufacturing complex
PTT Global Chemical
Bangkok, Thailand
Advanced polymers and nanomaterials for packaging
MTEC Thailand
Pathum Thani, Thailand
Thailand's national center for nanotechnology
Braskem
São Paulo, Brazil
Largest petrochemical company in Americas with nano R&D
Nanox Brazil
São Carlos, Brazil
Antimicrobial nanoparticle coatings and additives
Petrobras CENPES
Rio de Janeiro, Brazil
Petrobras research center with nano-catalysis programs
Sigma-Aldrich Mexico
Toluca, Mexico
Nanomaterial supplier and manufacturing in Mexico
YPF Tecnología
Berisso, Argentina
YPF R&D center with nano-catalysis research
INVAP
San Carlos de Bariloche, Argentina
High-tech company with nanotechnology programs
Codelco
Santiago, Chile
World's largest copper producer with nano-copper research
CSIR South Africa Nano
Pretoria, South Africa
South Africa's national research council with nano center
NanoSA
Johannesburg, South Africa
Nanomaterial manufacturer and distributor in Africa
Masdar Institute
Abu Dhabi, United Arab Emirates
UAE research institute focusing on sustainable nano-technologies
KAUST Nano
Thuwal, Saudi Arabia
World-class nanotechnology research at KAUST
SABIC
Riyadh, Saudi Arabia
Global chemical company with nano-enabled materials
CEITEC Nano
Brno, Czech Republic
Central European nanotechnology center of excellence
OCSiAl Russia
Novosibirsk, Russia
Original OCSiAl CNT production facility
Colorobbia Nano
Florence, Italy
Nano-enabled ceramic glazes and coatings
HeiQ Materials
Bad Zurzach, Switzerland
Textile innovation using nanotechnology
Aqua-Pure Ventures
Minneapolis, United States
Nanofiltration membranes for water treatment
Nanostone Water
Oceanside, United States
Ceramic ultrafiltration membranes with nano-pores
Vesta Nanotechnologies
Cincinnati, United States
Nano-enhanced fertilizers for agriculture
Khosla Ventures Nano
Menlo Park, United States
Major VC investor in nanotechnology startups
Pangaea Ventures
Vancouver, Canada
VC fund focused on advanced materials and nanotechnology
Nanosys (acquired)
Milpitas, United States
Pioneer in quantum dot technology, now part of Shoei Chemical
NRC Nanotechnology Research Centre
Edmonton, Canada
Canada's national nanotechnology research center
CSIRO Manufacturing
Melbourne, Australia
Australia's national nanomaterials research
PPG Industries Nano
Pittsburgh, United States
Nanoparticle-enhanced coatings and paints
Arkema Nanomaterials
Colombes, France
Industrial-scale carbon nanotubes and nanomaterials
IMDEA Nanociencia
Madrid, Spain
Madrid's premier nanoscience research institute
NanoGune
San Sebastián, Spain
Nanoscience Cooperative Research Center
CNR NANO
Modena, Italy
Italian National Research Council nanoscience institute
Graphene Flagship
Gothenburg, Sweden
EU's largest research initiative on graphene
Particular GmbH
Hannover, Germany
Laser-ablated colloidal nanoparticles
BlueDot Photonics
Seattle, United States
Quantum dot solar luminescent concentrators
INL - International Iberian Nanotechnology Laboratory
Braga, Portugal
Iberian international nanotechnology research
Weinberg Nano
Tel Aviv, Israel
Nano-enhanced water filtration
Nanomaterials Technology
Singapore, Singapore
High-purity ceramic nanopowders
Solvay Nano
Brussels, Belgium
Advanced nanomaterials for multiple industries
Evonik Nano
Essen, Germany
Fumed silica and specialty nanomaterials
Wacker Chemie Nano
Munich, Germany
Pyrogenic silica and silicon-based nanomaterials
Cabot Corporation Nano
Boston, United States
Carbon black and aerogel nanomaterials
Denka Nano
Tokyo, Japan
Advanced carbon materials including CNTs
Graphene 3D Lab
Ronkonkoma, United States
Graphene-enhanced 3D printing materials
Sixth Element Materials
Changzhou, China
Large-scale graphene oxide production
Tsinghua-Berkeley Shenzhen Institute
Shenzhen, China
Joint Tsinghua-Berkeley nano and energy research
National Graphene Institute
Manchester, United Kingdom
Home of graphene research - Nobel Prize institution
LafargeHolcim Nano
Jona, Switzerland
Nano-optimized cement and aggregates
ApNano Materials
Ness Ziona, Israel
Inorganic fullerene-like nanoparticles
Nanobeak
Copenhagen, Denmark
Nano-based gas sensors for food freshness
NanoDetex
San Diego, United States
Nanowire-based explosives detection
NanoIntegris
Montreal, Canada
Sorted carbon nanotubes and graphene
Sol Voltaics
Lund, Sweden
Nanowire-based solar cells
Suzhou Institute of Nano-Tech
Suzhou, China
CAS nanotechnology research institute
CNSI - California NanoSystems Institute
Los Angeles, United States
UCLA/UCSB nanoscience research center
Instituto de Nanotecnologia Mexico
Mexico City, Mexico
UNAM nanotechnology research center
Centro Atómico Bariloche Nano
San Carlos de Bariloche, Argentina
Argentine nano and materials research
National Centre for Nanosciences Kenya
Nairobi, Kenya
University of Nairobi nano research
NanoLund
Lund, Sweden
Lund University nanoscience center
Chalmers Nano
Gothenburg, Sweden
Chalmers Microtechnology and Nanoscience
Landa Digital Printing
Rehovot, Israel
Nanographic printing technology
Sila Nanotechnologies
Alameda, United States
Silicon-dominant anode materials
Group14 Technologies
Woodinville, United States
Silicon-carbon composite anodes
Amprius Technologies
Fremont, United States
Silicon nanowire anodes
Cuberg
San Leandro, United States
Next-gen lithium-metal batteries
Sakti3
Ann Arbor, United States
Thin-film solid-state batteries
Ilika
Southampton, United Kingdom
Solid-state battery pioneer
ProLogium
Taoyuan, Taiwan
Solid-state lithium ceramic batteries
Blue Solutions
Quimper, France
All-solid-state lithium polymer
Northvolt
Stockholm, Sweden
European battery gigafactory
FREYR Battery
Mo i Rana, Norway
Clean battery manufacturing
Verkor
Grenoble, France
Low-carbon battery cells
Britishvolt
London, United Kingdom
UK battery gigafactory
ACC (Automotive Cells Company)
Nersac, France
European automotive battery JV
SVOLT Energy
Changzhou, China
Cobalt-free battery technology
Farasis Energy
Ganzhou, China
Pouch cell lithium-ion batteries
Gotion High-Tech
Hefei, China
LFP and high-energy batteries
EVE Energy
Huizhou, China
Lithium batteries and energy storage
Sunwoda Electronic
Shenzhen, China
Consumer electronics batteries
Lishen Battery
Tianjin, China
Cylindrical lithium-ion batteries
Great Power Energy
Guangzhou, China
Lithium battery manufacturer
Panasonic Energy
Osaka, Japan
Tesla's battery partner
Murata Manufacturing
Kyoto, Japan
Solid-state and micro batteries
Envision AESC
Kanagawa, Japan
Nissan Leaf battery supplier
Prime Planet Energy
Tokyo, Japan
Toyota-Panasonic battery JV
PPES (Primearth EV Energy)
Shizuoka, Japan
Toyota hybrid battery supplier
Enertech International
Cheonan, South Korea
Lithium-ion pouch cells
Kokam
Suwon, South Korea
High-power lithium polymer
L&F Company
Daegu, South Korea
Cathode active materials
Ecopro BM
Cheongju, South Korea
High-nickel cathode materials
Posco Chemical
Pohang, South Korea
Anode and cathode materials
Shanshan Technology
Shanghai, China
Battery materials leader
BTR New Material
Shenzhen, China
World's largest anode producer
Putailai
Shenzhen, China
Anode materials and coatings
Zichen Technology
Shenzhen, China
Battery separator films
Yunnan Energy New Material
Kunming, China
Battery separator leader
Shenzhen Senior Technology
Shenzhen, China
Battery separators and coatings
Toray Industries Battery
Tokyo, Japan
Battery separators and carbon fiber
Sumitomo Chemical Battery
Tokyo, Japan
Polyolefin separators
Asahi Kasei Separator
Tokyo, Japan
Hipore battery separators
W-Scope
Cheongju, South Korea
Wet-process lithium battery separators
SK IE Technology
Seoul, South Korea
LiBS separators and copper foils
Umicore Battery Materials
Brussels, Belgium
Cathode materials and recycling
BASF Battery Materials
Ludwigshafen, Germany
High-nickel cathode materials
Johnson Matthey Battery
London, United Kingdom
eLNO high-energy cathodes
Targray Battery Materials
Montreal, Canada
Battery materials distributor
Soulbrain
Seongnam, South Korea
Battery electrolytes
Enchem
Cheonan, South Korea
Electrolyte additives
Zhangjiagang Guotai Huarong
Zhangjiagang, China
Electrolyte solutions and salts
Capchem
Shenzhen, China
Electronic chemicals and electrolytes
Tinci Materials
Guangzhou, China
Battery electrolytes and LiFSI
Do-Fluoride Chemicals
Jiaozuo, China
LiPF6 and fluorine chemicals
Mitsubishi Chemical Battery
Tokyo, Japan
Electrolytes and anode materials
Ube Industries Battery
Ube, Japan
Electrolyte solvents and separators
Kureha Battery
Tokyo, Japan
PVDF binders for batteries
Solvay Battery Materials
Brussels, Belgium
Solef PVDF binders
Arkema Battery Materials
Colombes, France
Kynar PVDF for batteries
Nippon Shokubai Battery
Osaka, Japan
Ionic liquid electrolytes
Iljin Materials
Seoul, South Korea
Electrolytic copper foils
SKC
Suwon, South Korea
Copper foils and films
Solus Advanced Materials
Yongin, South Korea
Copper foils for batteries
Nuode Investment
Huizhou, China
Lithium battery copper foils
Targray
Kirkland, Canada
Battery materials distributor
NEI Corporation
Somerset, United States
Nanoscale battery materials
American Lithium Energy
Carlsbad, United States
Solid-state battery development
Leyden Jar Technologies
Eindhoven, Netherlands
PVD silicon anodes
Theion
Berlin, Germany
Crystal sulfur batteries
Innolith
Basel, Switzerland
Inorganic electrolyte batteries
High Power Exploration
Las Vegas, United States
Solid-state battery IP
Nano One
Burnaby, Canada
One-Pot cathode synthesis
Li-Metal
Markham, Canada
Lithium metal anodes
Livent Corporation
Philadelphia, United States
Lithium compounds for batteries
Albemarle Lithium
Charlotte, United States
World's largest lithium producer
SQM Lithium
Santiago, Chile
Chilean lithium producer
Ganfeng Lithium
Xinyu, China
Integrated lithium company
Tianqi Lithium
Chengdu, China
Lithium mining and processing
Pilbara Minerals
Perth, Australia
Hard rock lithium mining
Allkem
Brisbane, Australia
Lithium brine and hard rock
Lithium Americas
Vancouver, Canada
Lithium project developer
Piedmont Lithium
Belmont, United States
US domestic lithium
American Battery Technology
Reno, United States
Battery recycling and extraction
Redwood Materials
Carson City, United States
Closed-loop battery recycling
Ascend Elements
Westborough, United States
Engineered battery materials
Retriev Technologies
Lancaster, United States
Battery recycling pioneer
Brunp Recycling
Foshan, China
CATL's recycling arm
GEM Co
Shenzhen, China
Urban mining and recycling
Huayou Cobalt
Tongxiang, China
Cobalt and nickel materials
TDK Corporation
Tokyo, Japan
Electronic components including MLCCs, inductors, and sensors
Shin-Etsu Chemical
Tokyo, Japan
Silicon wafers, silicones, and specialty chemicals
SK Materials
Yeongju, South Korea
Specialty gases and materials for semiconductor manufacturing
Sumitomo Chemical
Tokyo, Japan
Photoresists, polarizing films, and OLED materials
Nikalyte
Canterbury, United Kingdom
PVD nanoparticle production systems for research and industry
Intrinsiq Materials
Farnborough, United Kingdom
Copper nanoparticle inks for printed electronics
Nexdot
Paris, France
Cadmium-free quantum dots for displays and lighting
NS Materials
Fukuoka, Japan
InP quantum dots for display and lighting applications
Shoei Chemical
Tokyo, Japan
Metal nanoparticle pastes and electronic materials
Heraeus Electronics
Hanau, Germany
Nano-silver sinter pastes and bonding materials for power electronics
Umicore Precious Metals Chemistry
Brussels, Belgium
Precious metal nanoparticle catalysts for chemical and pharma
Evonik Industries
Essen, Germany
Fumed silica nanoparticles and specialty chemicals
Cabot Corporation
Boston, United States
Carbon black, fumed silica, and specialty nanoparticles
Orion Engineered Carbons
Luxembourg, Luxembourg
Specialty carbon blacks for rubber, coatings, and batteries
Denka Company
Tokyo, Japan
Acetylene black and specialty nanomaterials for batteries
Lion Specialty Chemicals
Tokyo, Japan
CNT dispersions and specialty surfactants
Zeon Corporation
Tokyo, Japan
Single-wall carbon nanotubes and specialty polymers
SUSN Sinotech
Shenzhen, China
Carbon nanotube production and applications
Cabot Norit
Amersfoort, Netherlands
Activated carbon and purification materials
Kuraray Carbon
Osaka, Japan
Activated carbon for supercapacitors and water treatment
Timcal (Imerys)
Bodio, Switzerland
Graphite and carbon additives for batteries
The Sixth Element (Changzhou)
Changzhou, China
Graphene and graphene oxide production at scale
DIC Corporation
Tokyo, Japan
Pigments, polymers, and functional nanomaterials
Dow Silicones
Midland, United States
Silicones and thermal interface materials for electronics
Momentive Performance Materials
Waterford, United States
Silicones and quartz materials for high-performance applications
Wacker Chemie
Munich, Germany
Silicones, polysilicon, and specialty chemicals
Tosoh Corporation
Tokyo, Japan
Zirconia nanoparticles and specialty chemicals
NGK Insulators
Nagoya, Japan
Advanced ceramics for automotive and electronics
CeramTec
Plochingen, Germany
Advanced ceramics for medical and industrial applications
Sumitomo Electric Hardmetal
Itami, Japan
Cemented carbide cutting tools with nano-grain technology
Mitsubishi Materials
Tokyo, Japan
Cemented carbide and cutting tool materials
Mitsubishi Chemical
Tokyo, Japan
Carbon fiber, specialty plastics, and performance polymers
SGL Carbon
Wiesbaden, Germany
Carbon fiber, graphite materials, and composites
Hexcel Corporation
Stamford, United States
Carbon fiber and advanced composites for aerospace
Cytec (Solvay)
Brussels, Belgium
Advanced composites and carbon fiber prepregs
Zoltek (Toray)
St. Louis, United States
Industrial-grade carbon fiber
Hyosung Advanced Materials
Seoul, South Korea
Carbon fiber and advanced materials
Zhongfu Shenying Carbon Fiber
Lianyungang, China
Large-scale carbon fiber production in China
Jilin Chemical Fiber
Jilin, China
Carbon fiber and precursor production
Formosa Plastics
Taipei, Taiwan
Carbon fiber and petrochemical materials
Gurit Holding
Wattwil, Switzerland
Advanced composites for wind energy and marine
CNT Company
Incheon, South Korea
Carbon nanotube synthesis and products
Jeio Co.
Incheon, South Korea
Carbon nanotube production and composite applications
Suzhou Tanfeng Graphene Technology
Suzhou, China
CVD graphene and graphene oxide production
Cambridge Nanosystems
Cambridge, United Kingdom
Plasma-based graphene production
National Graphene Institute
Manchester, United Kingdom
Graphene research and commercialization center
Institute of Metal Research (CAS)
Shenyang, China
Advanced metal and nanomaterial research
Korea Institute of Science and Technology (KIST)
Seoul, South Korea
Korean national research institute with nano programs
AIST (National Institute of Advanced Industrial Science)
Tsukuba, Japan
Japanese national lab with extensive nano research
National Institute for Materials Science (NIMS)
Tsukuba, Japan
Japan's premier materials science research institute
RIKEN
Wako, Japan
Japanese research giant with nanoscience centers
Institute for Basic Science (IBS)
Daejeon, South Korea
Korean basic science institute with nano centers
A*STAR Institute of Materials Research
Singapore, Singapore
Singapore research institute for nanomaterials
ITRI (Industrial Technology Research Institute)
Hsinchu, Taiwan
Taiwan's largest applied research org with nano divisions
Catalan Institute of Nanoscience and Nanotechnology (ICN2)
Barcelona, Spain
Catalan research center for nanoscience
Max Planck Institute for Solid State Research
Stuttgart, Germany
Fundamental solid state and nanomaterials research
LG Energy Solution
Seoul, South Korea
Battery cells with nano-structured cathode materials
SK On
Seoul, South Korea
Next-gen EV batteries with nano-coating technology
CALB
Luoyang, China
Large-format lithium batteries for EVs and storage
Gotion High-Tech
Hefei, China
LFP and solid-state battery development
Murata Manufacturing
Nagaokakyo, Japan
MLCC capacitors with nano-scale dielectric layers
TDK Corporation
Tokyo, Japan
Electronic components with nano-materials technology
Nippon Electric Glass
Otsu, Japan
Display glass substrates with nano-surface treatment
Innolux Corporation
Miaoli, Taiwan
Large area displays with nano-structured films
TCL CSOT
Shenzhen, China
Display panels with Mini LED and QLED technology
Nanophotonica
Tel Aviv, Israel
Cadmium-free quantum dots for displays and lighting
Perovskite-Info
Herzeliya, Israel
Perovskite nanocrystal technology hub
Najing Technology
Hangzhou, China
Quantum dot materials and films for displays
Oxford PV
Oxford, United Kingdom
Perovskite-silicon tandem solar cells
Swift Solar
San Carlos, United States
Lightweight perovskite solar panels
Tandem PV
San Jose, United States
Perovskite-silicon tandem solar technology
Saule Technologies
Wroclaw, Poland
Inkjet-printed perovskite solar cells
Greatcell Energy
Queanbeyan, Australia
Perovskite and dye-sensitized solar cell technology
Energy Materials Corporation
Rochester, United States
Perovskite solar manufacturing and commercialization
Wonder Solar
Hangzhou, China
Large-area perovskite solar module manufacturing
UtmoLight
Wuxi, China
Flexible perovskite solar cells for IoT
CubicPV
Burlington, United States
Tandem silicon-perovskite solar technology
Caelux
Pasadena, United States
Perovskite solar technology from Caltech spinoff
SunDensity
Rochester, United States
Nano-scale spectral conversion to boost solar efficiency
Nexeon Limited
Abingdon, United Kingdom
Silicon anode materials for lithium-ion batteries
OneD Battery Sciences
Palo Alto, United States
SINANODE silicon nanowire technology for batteries
Advano
New Orleans, United States
Silicon nanoparticle anode materials
Toyota Battery Research
Toyota City, Japan
Solid-state battery development for EVs
Nissan Battery Labs
Yokohama, Japan
All-solid-state battery development
Honda Battery Division
Tochigi, Japan
Fluoride-ion and solid-state battery research
Addionics
Tel Aviv, Israel
3D structured electrode architecture for batteries
Mitra Chem
Mountain View, United States
AI-accelerated battery cathode development
Coreshell Technologies
San Leandro, United States
Nano-scale surface coating for battery cathodes
Nichia Corporation
Anan, Japan
Blue LED inventor with nano-scale phosphors
MLS Co.
Zhongshan, China
LED packaging and lighting solutions
Toyoda Gosei
Kiyosu, Japan
Automotive LEDs and GaN power devices
ON Semiconductor
Phoenix, United States
Image sensors and SiC power semiconductors
Particular Technology
Hannover, Germany
Laser-generated nanoparticles for industrial applications
Attomol
Bronkow, Germany
Nanoparticle-based diagnostic systems
Nanyang Technological University
Singapore, Singapore
Leading research university with strong nanotechnology programs
National University of Singapore
Singapore, Singapore
Comprehensive nanotechnology research programs
Tata Steel Advanced Materials
Jamshedpur, India
Advanced nanomaterials for steel and construction
Indian Institute of Technology Bombay
Mumbai, India
Centre for Research in Nanotechnology and Science
Tata Chemicals Innovation Centre
Pune, India
R&D in nanomaterials and energy storage
Nanum Nanotecnologia
Ribeirão Preto, Brazil
Nanomaterials for agricultural applications
Universidad de los Andes Nanotechnology
Bogotá, Colombia
Leading Colombian nanotechnology research
UNAM Centro de Nanociencias
Mexico City, Mexico
Center for Nanosciences and Nanotechnology
Nano Tech Argentina
Buenos Aires, Argentina
Nanomaterials and coatings for industrial applications
INTI Micro y Nanotecnología
Buenos Aires, Argentina
National Institute of Industrial Technology nanotechnology division
Cedenna Chile
Santiago, Chile
Center for the Development of Nanoscience and Nanotechnology
NanoIntegris
Montreal, Canada
Semiconducting and metallic carbon nanotube separation
Raymor Industries
Boisbriand, Canada
Plasma synthesis of carbon nanotubes and graphene
University of Waterloo Nanotechnology
Waterloo, Canada
Nanotechnology engineering program and research
Applied Graphene Materials
Redcar, United Kingdom
Graphene nanoplatelets for coatings and composites
Graphene Flagship
Gothenburg, Sweden
EU's largest research initiative for graphene
HQ Graphene
Groningen, Netherlands
High-quality 2D materials and crystals
Ningbo Morsh Technology
Ningbo, China
Graphene oxide and reduced graphene oxide production
General Graphene Corp
Knoxville, United States
Large-area CVD graphene production
BGT Materials
Manchester, United Kingdom
CVD graphene and 2D materials production
Scontel
Moscow, Russia
Superconducting single-photon counting modules
Quantum Opus
Novi, United States
Superconducting nanowire single-photon detectors
Imerys
Paris, France
Specialty minerals including graphite and carbon additives
Solvay
Brussels, Belgium
Advanced materials and specialty chemicals
Umicore
Brussels, Belgium
Materials technology and recycling for clean mobility
Johnson Matthey
London, United Kingdom
Specialty chemicals, catalysts, and precious metals
Clariant
Muttenz, Switzerland
Specialty chemicals for various industries
DSM-Firmenich
Kaiseraugst, Switzerland
Nutrition, health, and sustainable living solutions
Toray Industries
Tokyo, Japan
Advanced materials including carbon fiber and films
Asahi Kasei
Tokyo, Japan
Diversified materials and healthcare company
Kuraray
Tokyo, Japan
Specialty chemicals and functional materials
DIC Corporation
Tokyo, Japan
Printing inks, organic pigments, and polymers
Hitachi Chemical
Tokyo, Japan
Electronic materials and energy storage (merged with Showa Denko)
SK Chemicals
Seongnam, South Korea
Eco-friendly materials and pharmaceuticals
Kumho Petrochemical
Seoul, South Korea
Synthetic rubber and styrene-based materials
Lotte Chemical
Seoul, South Korea
Petrochemicals and advanced materials
OCI Holdings
Seoul, South Korea
Polysilicon and carbon materials
Echem
Cheonan, South Korea
CMP slurries and semiconductor chemicals
Chang Chun Group
Taipei, Taiwan
Electronic chemicals and petrochemicals
Eternal Materials
Kaohsiung, Taiwan
Photoresists, solder mask, and specialty coatings
Sinopec
Beijing, China
Integrated energy and chemical company
PetroChina
Beijing, China
Oil, gas, and petrochemical products
Wanhua Chemical
Yantai, China
World's largest MDI producer
Jiangsu Cnano Technology
Zhenjiang, China
Carbon nanotube conductive additives for batteries
Beijing Easpring Material
Beijing, China
Cathode materials for lithium-ion batteries
Hunan Changyuan Lico
Changsha, China
Ternary cathode materials for batteries
Ronbay Technology
Ningde, China
High-nickel cathode materials and precursors
Shanshan Technology
Shanghai, China
Anode and cathode materials for batteries
BTR New Material
Shenzhen, China
Anode materials including silicon-carbon composites
Tianjin Zhonghuan Semiconductor
Tianjin, China
Silicon wafers for semiconductors and solar
Ferrotec
Tokyo, Japan
Vacuum components and advanced materials
Littelfuse
Chicago, United States
Circuit protection and power semiconductors
Ribes Tech
Rome, Italy
Flexible organic photovoltaics
Ascent Solar Technologies
Thornton, United States
Flexible CIGS solar technology
MiaSolé Hi-Tech
Santa Clara, United States
Flexible CIGS solar panels
Flisom
Niederhasli, Switzerland
Roll-to-roll flexible CIGS solar
NICE Solar Energy
Mianyang, China
Flexible CIGS solar production
AVANCIS
Torgau, Germany
CIGS thin-film solar modules
Nanophase Technologies
Romeoville, United States
Metal oxide nanomaterials
US Research Nanomaterials
Houston, United States
Nanomaterials manufacturer and distributor
SkySpring Nanomaterials
Houston, United States
Nanomaterials supplier and manufacturer
Daicel Corporation
Osaka, Japan
Cellulose nanofibers and specialty chemicals
Oji Holdings
Tokyo, Japan
Paper and cellulose nanofiber production
Blue Goose Biorefineries
Saskatoon, Canada
Nanocellulose from agricultural residue
RISE INNVENTIA
Stockholm, Sweden
Research institute for cellulose nanomaterials
Stryker
Kalamazoo, United States
Orthopedic implants with nanostructured surfaces for improved osseointegration
Smith+Nephew
Watford, United Kingdom
Medical devices with nanocrystalline silver wound care and orthopedic implants
Cerion Nanomaterials
Rochester, United States
Cerium oxide and other metal oxide nanoparticles for industrial and biomedical uses
Ocean NanoTech
San Diego, United States
Quantum dots, iron oxide, and magnetic nanoparticles for biomedical research
Alexium International
Perth, Australia
Advanced textile chemicals including flame retardant and phase-change materials
Noble Biomaterials
Scranton, United States
Silver-based antimicrobial technologies for textiles and medical applications
Solvay Composite Materials
Brussels, Belgium
Advanced composite materials with nano-enhanced resins for aerospace and automotive
Mitsubishi Chemical Carbon Fiber
Tokyo, Japan
Pitch-based and PAN-based carbon fibers with nanotechnology-enhanced properties
Northrop Grumman
Falls Church, United States
Aerospace and defense company with nanotechnology in advanced materials and sensors
Raytheon Technologies
Arlington, United States
Aerospace and defense with nano-enhanced sensors, thermal management, and coatings
General Dynamics
Reston, United States
Defense contractor with advanced composites and nano-enhanced armor materials
BAE Systems
Farnborough, United Kingdom
Defense and aerospace with nanotechnology in stealth and electronic warfare systems
Airbus Defence and Space
Munich, Germany
Aerospace and defense with advanced nano-composites and satellite systems
Safran
Paris, France
Aerospace propulsion and equipment with nano-enhanced ceramic matrix composites
GE Aerospace
Cincinnati, United States
Jet engines with ceramic matrix composites and nano-enhanced thermal coatings
Integran Technologies
Mississauga, Canada
Nanocrystalline metal coatings for aerospace and industrial applications
IDE Technologies
Kadima, Israel
Desalination technology company with advanced membrane systems
Dupont Water Solutions
Wilmington, United States
Water treatment membranes including nano-enhanced reverse osmosis systems
Toray Membrane
Tokyo, Japan
Membrane technology for water treatment including RO and UF systems
Koch Separation Solutions
Wilmington, United States
Membrane filtration systems including nano-enhanced hollow fiber membranes
Pall Corporation
Port Washington, United States
Filtration and separation technology with nano-scale membrane systems
Hydranautics (Nitto)
Oceanside, United States
Reverse osmosis and nanofiltration membranes for desalination
Evoqua Water Technologies
Pittsburgh, United States
Water treatment solutions including membrane filtration systems
Xylem
Washington DC, United States
Water technology company with membrane filtration and treatment solutions
Veolia Water Technologies
Paris, France
Global water treatment with membrane bioreactor and nanofiltration systems
SUEZ Water Technologies
Paris, France
Water treatment technologies including advanced membrane systems
Pentair
London, United Kingdom
Water solutions with membrane filtration for residential and commercial markets
A.O. Smith
Milwaukee, United States
Water technology with reverse osmosis and filtration systems
3M Purification
Saint Paul, United States
Filtration and purification products including nano-enhanced membranes
Parker Hannifin Filtration
Cleveland, United States
Filtration systems including nanofibrous and membrane technologies
Donaldson Company
Bloomington, United States
Filtration company with nanofiber technology for air and liquid filtration
Clarcor (now Parker)
Franklin, United States
Nanofiber filtration technology for industrial and commercial applications
Hollingsworth & Vose
East Walpole, United States
Specialty filtration media including nanofiber and advanced nonwovens
Ahlstrom-Munksjö
Helsinki, Finland
Fiber-based materials with nanofiber filtration media and specialty papers
Johns Manville
Denver, United States
Building and specialty products with nano-enhanced filtration media
Fibrerio Technology
Gothenburg, Sweden
Electrospinning equipment for nanofiber production and R&D
eSpin Technologies
Chattanooga, United States
Electrospun nanofiber materials for filtration and technical applications
FibeRio Technology
McAllen, United States
Forcespinning technology for high-throughput nanofiber production
NaBond Technologies
Shenzhen, China
Electrospinning equipment and nanofiber materials manufacturer
Qatar Environment and Energy Research Institute
Doha, Qatar
Research institute for sustainable energy and water technologies using nanomaterials
Agency for Science, Technology and Research
Singapore, Singapore
Singapore research agency with multiple nanotechnology-focused institutes
Institute of Materials Research and Engineering
Singapore, Singapore
A*STAR institute specializing in materials science and nanotechnology
Vietnam National University Nanotechnology
Hanoi, Vietnam
Leading Vietnamese university with nanotechnology research programs
Indonesian Institute of Sciences Nanotechnology
Bandung, Indonesia
Indonesian national research agency with nanotechnology division
Council of Scientific and Industrial Research
New Delhi, India
Indian network of research labs with extensive nanotechnology programs
National Chemical Laboratory
Pune, India
CSIR laboratory specializing in catalysis and nanotechnology research
Tata Institute of Fundamental Research
Mumbai, India
Fundamental research institute with condensed matter and nanophysics programs
Jawaharlal Nehru Centre for Advanced Scientific Research
Bangalore, India
Multidisciplinary research center with strong nanomaterials programs
S.N. Bose National Centre for Basic Sciences
Kolkata, India
Physics research center with nanomaterials and quantum materials focus
Centre for Nano and Soft Matter Sciences
Bangalore, India
Research center for nanomaterials, liquid crystals and soft matter
Council for Scientific and Industrial Research South Africa
Pretoria, South Africa
South African research council with materials science and nanotech programs
University of Cape Town Nano
Cape Town, South Africa
Top African university with nanotechnology and catalysis research
University of Witwatersrand Nano
Johannesburg, South Africa
Research university with materials science and nanotechnology programs
Egypt Nanotechnology Center
Cairo, Egypt
National nanotechnology center for energy and water applications
Zewail City of Science and Technology
Giza, Egypt
Science city with nanoscience and nanotechnology research centers
Sharif University of Technology Nano
Tehran, Iran
Top Iranian technical university with nanotechnology research programs
University of Tehran Nano
Tehran, Iran
Major Iranian university with nanomaterials and chemistry research
Centro de Nanociencias y Nanotecnología UNAM
Ensenada, Mexico
UNAM research center for nanoscience and nanotechnology
Instituto Potosino de Investigación Científica y Tecnológica
San Luis Potosí, Mexico
Mexican research institute with advanced materials and nanotechnology
Centro de Investigación en Materiales Avanzados
Chihuahua, Mexico
Mexican center for advanced materials including nanotechnology
Centro Brasileiro de Pesquisas Físicas
Rio de Janeiro, Brazil
Brazilian physics research center with condensed matter and nanophysics
Fundación Argentina de Nanotecnología
Buenos Aires, Argentina
Argentine foundation promoting nanotechnology development
Centro Atómico Bariloche
San Carlos de Bariloche, Argentina
Argentine atomic research center with nanomaterials programs
Centro de Excelencia en Productos y Procesos de Córdoba
Córdoba, Argentina
Argentine R&D center with nanotechnology and materials focus
Universidad de Concepción Nano
Concepción, Chile
Chilean university with strong catalysis and nanomaterials programs
Colombia Nanotechnology Center
Bogotá, Colombia
Colombian center for nanotechnology research and development
Technion - Israel Institute of Technology
Haifa, Israel
Israel's leading technical university with Russell Berrie Nanotechnology Institute
Hebrew University of Jerusalem Nano
Jerusalem, Israel
Major Israeli university with Center for Nanoscience and Nanotechnology
Tel Aviv University Nano
Tel Aviv, Israel
Major university with Center for Nanoscience and Nanotechnology
Bar-Ilan University Institute of Nanotechnology
Ramat Gan, Israel
University institute specializing in nanomedicine and nano-energy
National University of Singapore Nano
Singapore, Singapore
Top Asian university with comprehensive nanotechnology programs
Hong Kong University of Science and Technology
Hong Kong, Hong Kong
Research university with Institute for Advanced Study nanomaterials focus
Chinese University of Hong Kong
Hong Kong, Hong Kong
Major university with Institute of NanoMaterials and NanoTechnology
City University of Hong Kong
Hong Kong, Hong Kong
University with Centre for Functional Photonics and nanomaterials research
National Taiwan University Nano
Taipei, Taiwan
Taiwan's top university with Center for Condensed Matter Sciences
National Tsing Hua University Nano
Hsinchu, Taiwan
Top Taiwan university with Center for Nanotechnology
National Chiao Tung University
Hsinchu, Taiwan
Taiwan electronics university with nano-device research
Academia Sinica Nano
Taipei, Taiwan
Taiwan's national academy with Institute of Atomic and Molecular Sciences
Industrial Technology Research Institute Nano
Hsinchu, Taiwan
Taiwan's largest applied research institute with nanotech programs
Tsinghua University Nano
Beijing, China
China's top university with National Center for Nanoscience and Technology
Peking University Nano
Beijing, China
Major Chinese university with Center for Nanoscale Science and Technology
Fudan University Nano
Shanghai, China
Top Shanghai university with nanotechnology research centers
Shanghai Jiao Tong University Nano
Shanghai, China
Major Chinese university with nanomaterials and energy research
Zhejiang University Nano
Hangzhou, China
Top Chinese university with State Key Lab of Silicon Materials
University of Science and Technology of China
Hefei, China
Elite Chinese university with quantum and nanoscience research
Nanjing University Nano
Nanjing, China
Major Chinese university with National Lab of Solid State Microstructures
Kyoto University Nano
Kyoto, Japan
Leading Japanese university with iCeMS nanobio research
Tohoku University Nano
Sendai, Japan
Japanese university with WPI-AIMR advanced materials institute
Tokyo Institute of Technology
Tokyo, Japan
Japan's top technical university with nanotechnology research
Seoul National University Nano
Seoul, South Korea
Korea's top university with Institute for Basic Science nanotech
KAIST
Daejeon, South Korea
Korea's top technical university with nanofab and research
POSTECH
Pohang, South Korea
Private Korean university with Pohang Accelerator and nano research
Sungkyunkwan University Nano
Suwon, South Korea
Samsung-affiliated university with advanced graphene research
ETH Zurich Nano
Zurich, Switzerland
World-class technical university with FIRST lab and nano research
EPFL Nano
Lausanne, Switzerland
Swiss technical university with Center for MicroNanoTechnology
Max Planck Society Nanoscience
Munich, Germany
German research organization with multiple nano-focused institutes
Fraunhofer Society Nano
Munich, Germany
German applied research network with nanotechnology institutes
Helmholtz Association Nano
Berlin, Germany
German research centers with energy and materials nanotech
Technical University of Munich Nano
Munich, Germany
Top German technical university with Walter Schottky Institute
RWTH Aachen Nano
Aachen, Germany
Major German technical university with AMO GmbH nanoelectronics
University of Oxford Nano
Oxford, United Kingdom
Ancient university with cutting-edge nanoscience research
University of Manchester Nano
Manchester, United Kingdom
Home of National Graphene Institute and Nobel graphene research
Quantum Materials Corp
San Marcos, United States
Tetrapod quantum dots for solar cells and displays
nanoComposix Europe
Prague, Czech Republic
European distribution of precision nanoparticles
Nanostructured & Amorphous Materials
Katy, United States
Wide range of nanomaterials including CNTs, graphene, and metal oxides
US Research Nanomaterials
Houston, United States
Supplier of nanomaterials including graphene and CNTs
Hongwu International Group
Guangzhou, China
Large-scale nanomaterials manufacturer in China
Nanografi
Ankara, Turkey
Turkish nanomaterials company specializing in graphene and CNTs
NanoAmor China
Shenzhen, China
Chinese nanomaterials manufacturing and distribution
Graftech International
Brooklyn Heights, United States
Graphite electrodes and advanced carbon materials
Nanophase Technologies
Romeoville, United States
Engineered nanomaterials for personal care and industrial uses
Oxis Energy
Abingdon, United Kingdom
Lithium-sulfur battery technology for high energy density
Sion Power
Tucson, United States
Lithium-metal and lithium-sulfur battery development
PolyPlus Battery Company
Berkeley, United States
Protected lithium electrodes and lithium-air batteries
NantEnergy
Scottsdale, United States
Rechargeable zinc-air batteries for grid storage
EOS Energy Enterprises
Edison, United States
Zinc-based battery systems for utility-scale storage
Via Separations
Watertown, United States
Graphene oxide membranes for industrial separations
Innosep
Hefei, China
Chinese ceramic membrane manufacturer for water treatment
NanoMaterials Technology
Singapore, Singapore
Nano precipitated calcium carbonate for plastics and rubber
Evonik Health Care
Essen, Germany
Drug delivery polymers and lipid nanoparticle components
Nanocomp Technologies
Merrimack, United States
Industrial-scale carbon nanotube sheets and yarns
Zeon Corporation
Tokyo, Japan
Japanese chemical company producing super-growth CNTs
SUSN Sinotech New Materials
Chengdu, China
Large-scale carbon nanotube manufacturer in China
Meijo Nano Carbon
Nagoya, Japan
High-purity carbon nanotube production in Japan
Thomas Swan
Consett, United Kingdom
UK chemical company producing CNTs and graphene
Carbon Solutions
Riverside, United States
Arc-discharge carbon nanotubes and fullerenes
NanoLab
Waltham, United States
Carbon nanotubes and nanowires for research
Southwest Nanotechnologies
Norman, United States
Specialty single-wall CNTs using CoMoCAT process
Nanothinx
Patras, Greece
Greek carbon nanotube producer
Aspen Aerogels
Northborough, United States
Aerogel insulation for energy and industrial markets
Aerogel Technologies
Boston, United States
Silica aerogel materials for thermal insulation
BASF Aerogel
Ludwigshafen, Germany
BASF aerogel insulation materials for buildings
Airgel Australia
Melbourne, Australia
Australian aerogel insulation distributor and applications
SES Research
Houston, United States
Fullerene production and carbon nanomaterials research
Frontier Carbon Corporation
Kitakyushu, Japan
Mitsubishi subsidiary for industrial fullerene production
BuckyUSA
Houston, United States
Fullerene and carbon nanomaterial supplier
NanoIntegris (Raymor)
Boisbriand, Canada
Sorted semiconducting and metallic carbon nanotubes
Nano-Glo
San Jose, United States
Quantum dot phosphors for lighting and displays
Hexcel Corporation
Stamford, United States
Advanced composites technology leader for aerospace and industrial applications including carbon fiber reinforcements
Solvay Carbon Fibers
Brussels, Belgium
Advanced materials and specialty chemicals including carbon fiber composites for aerospace and automotive
Dow Inc.
Midland, United States
Global materials science company with advanced polymers, silicones and specialty chemicals
DuPont de Nemours
Wilmington, United States
Innovation leader in specialty materials including Kevlar, Nomex, and electronics materials
Celanese Corporation
Irving, United States
Global chemical and specialty materials company with engineered polymers for automotive and electronics
Morgan Advanced Materials
Windsor, United Kingdom
Engineered materials including technical ceramics, carbon and thermal management solutions
3M Advanced Materials
Saint Paul, United States
Diversified technology company with advanced ceramics, nanofibers, abrasives and specialty materials
Corning Incorporated
Corning, United States
Specialty glass and ceramics leader for display, optical communications and life sciences
Heraeus
Hanau, Germany
Technology group with precious metals, specialty materials and sensors for electronics and healthcare
Albemarle Corporation
Charlotte, United States
Global specialty chemicals leader in lithium for batteries, bromine and catalysts
Livent Corporation
Philadelphia, United States
Pure-play lithium producer with lithium hydroxide and carbonate for EV batteries
Sociedad Química y Minera (SQM)
Santiago, Chile
Major lithium producer from Chile's Atacama with lithium carbonate and hydroxide for batteries
BASF Battery Materials
Ludwigshafen, Germany
Chemical giant with cathode active materials, electrolytes and battery recycling for EVs
Johnson Matthey Battery Materials
London, United Kingdom
Sustainable technologies company with battery materials, catalysts and hydrogen technologies
Sumitomo Metal Mining
Tokyo, Japan
Non-ferrous metals company with nickel-based battery materials for EVs and high-purity copper
L&F Co.
Daegu, South Korea
Cathode materials manufacturer supplying LG Energy Solution with NCM and NCMA materials
Toda Kogyo
Hiroshima, Japan
Advanced materials company with cathode materials, magnetic powders and oxide materials
Nexeon Limited
Abingdon, United Kingdom
Silicon anode materials for lithium-ion batteries with higher capacity than graphite
Furukawa Electric
Tokyo, Japan
Electric wire and cable company with copper foil for lithium-ion batteries and power cables
SK Nexilis
Jeongeup, South Korea
Copper foil manufacturer for EV batteries producing ultra-thin foils for higher energy density
Showa Denko Materials
Tokyo, Japan
Advanced materials for semiconductors including photoresists, CMP slurries and battery anode materials
Zoltek Companies (Toray)
Bridgeton, United States
Commercial carbon fiber manufacturer (Toray subsidiary) for wind, automotive and industrial applications
Formosa Plastics
Taipei, Taiwan
Major petrochemical company with carbon fiber production for aerospace and industrial applications
Hyosung Advanced Materials
Seoul, South Korea
Advanced materials company with TANSOME carbon fiber and aramid fiber for automotive and aerospace
Jilin Carbon
Jilin City, China
Chinese carbon fiber and graphite electrode manufacturer for aerospace and electric arc furnaces
Nippon Graphite Fiber
Osaka, Japan
Pitch-based carbon fiber specialist with high thermal conductivity products for space and electronics
Kureha Corporation
Tokyo, Japan
Specialty chemicals with PVDF binder for lithium batteries and pitch-based carbon fiber
Spirit AeroSystems
Wichita, United States
Largest independent aerostructures manufacturer with composite fuselages and nacelles
Albany International
Rochester, United States
Advanced composites for aerospace engines including 3D woven fan blades and containment cases
Teledyne Technologies
Thousand Oaks, United States
Defense and aerospace company with advanced composites, electronics and instrumentation
Viavi Solutions
Scottsdale, United States
Optical test and measurement, network test and optical security products
Laser Components
Olching, Germany
Laser and optoelectronic components including photodiodes, laser optics and custom solutions
Rockley Photonics
Oxford, United Kingdom
Silicon photonics platform for health monitoring with spectroscopy-based biomarker sensing
Valeo Scala
Paris, France
Automotive supplier with SCALA lidar - first production automotive lidar for Audi Level 3
Ultimaker (UltiMaker)
Utrecht, Netherlands
Professional desktop 3D printing with open material system (merged with MakerBot)
AnyCubic
Shenzhen, China
Consumer resin and FDM 3D printers with popular Photon and Kobra series
Elegoo
Shenzhen, China
Consumer resin and FDM 3D printers including popular Mars and Neptune series
i.materialise
Leuven, Belgium
Online 3D printing service from Materialise for consumers and professionals
Skydio
San Mateo, United States
American drone manufacturer with AI-powered autonomous flight technology
Roborock
Beijing, China
Premium robot vacuum manufacturer with advanced navigation technology
Seegrid
Pittsburgh, United States
Vision-guided autonomous mobile robots for material handling
Plug Power
Latham, United States
End-to-end green hydrogen solutions including fuel cells, electrolyzers, and infrastructure
Ballard Power Systems
Burnaby, Canada
Pioneer in PEM fuel cell technology for heavy-duty transportation and stationary power
Bloom Energy
San Jose, United States
Solid oxide fuel cell technology for on-site power generation
Cummins Hydrogenics
Columbus, United States
Hydrogen fuel cells and electrolyzers from engine manufacturer Cummins
Linde Hydrogen
Dublin, Ireland
Global industrial gas company with comprehensive hydrogen solutions
Advent Technologies
Boston, United States
High-temperature PEM fuel cells and advanced membrane electrode assemblies
Proton Power Systems
Puchheim, Germany
PEM fuel cells for heavy-duty applications including buses, trucks, and ships
Ceres Power
Horsham, United Kingdom
Steel Cell solid oxide technology for fuel cells and electrolyzers
Loop Energy
Burnaby, Canada
PEM fuel cells for medium and heavy-duty commercial vehicles
Nuvera Fuel Cells
Billerica, United States
Fuel cell engines for material handling and heavy-duty applications
Plastic Omnium New Energies
Levallois-Perret, France
Automotive supplier with hydrogen storage tanks and fuel cell systems
FirstElement Fuel
Irvine, United States
Largest hydrogen refueling network operator in California
HydrogenOne Capital
London, United Kingdom
Investment fund focused on clean hydrogen across the value chain
John Cockerill Hydrogen
Seraing, Belgium
Alkaline and PEM electrolyzer manufacturer with industrial heritage
Rocket Lab
Long Beach, United States
Small launch provider with carbon composite rockets and spacecraft
Northrop Grumman Space
Dulles, United States
Major aerospace and defense company with space systems division
Axiom Space
Houston, United States
First commercial space station company with ISS modules
BlackSky
Herndon, United States
Geospatial intelligence company with satellite constellation and AI
ICEYE
Espoo, Finland
SAR satellite company with world's largest commercial radar constellation
Umbra
Santa Barbara, United States
High-resolution SAR satellite company with open data platform
Redwire Space
Jacksonville, United States
Space infrastructure company providing components and manufacturing
Varda Space Industries
El Segundo, United States
Manufacturing pharmaceuticals and advanced materials in microgravity
Space Forge
Cardiff, United Kingdom
UK company manufacturing advanced materials in space
Accion Systems
Boston, United States
Electric propulsion company for small satellites using ion engines
Skyrora
Edinburgh, United Kingdom
Scottish rocket company developing launch vehicles
Zymergen
Emeryville, United States
Biofacturing company engineering microbes for advanced materials
Dow Advanced Materials
Midland, United States
Global materials science company providing advanced polymer and chemical solutions
Evonik Performance Materials
Essen, Germany
Specialty chemicals company providing high-performance materials and nano solutions
Celanese Engineered Materials
Irving, United States
Global chemical and specialty materials company producing engineered materials
Momentive Performance Materials
Waterford, United States
Global leader in silicones and advanced materials for diverse industries
Mitsubishi Chemical Advanced Materials
Tokyo, Japan
Global advanced materials company providing high-performance plastics and composites
Toray Advanced Materials
Tokyo, Japan
Advanced materials company leading in carbon fiber and high-performance materials
Teijin Advanced Materials
Osaka, Japan
High-performance materials company specializing in aramid and carbon fiber
HB Fuller
St. Paul, United States
Global adhesives company providing bonding solutions across industries
Avery Dennison
Mentor, United States
Global materials science company providing labeling and functional materials
Kyocera Advanced Materials
Kyoto, Japan
Technology company specializing in fine ceramics and electronic components
Sociedad Quimica y Minera
Santiago, Chile
Global company producing lithium, specialty fertilizers, and industrial chemicals
Lynas Rare Earths
Sydney, Australia
Largest rare earth mining and processing company outside China
Neo Performance Materials
Toronto, Canada
Advanced industrial materials company producing rare earth and specialty materials
Novonix
Brisbane, Australia
Battery technology company developing synthetic graphite and battery testing equipment
SES AI Corporation
Boston, United States
Developer and manufacturer of high-performance lithium-metal batteries
Ilika Technologies
Southampton, United Kingdom
Pioneer in solid-state battery technology for industrial IoT and medical devices
Toyota Solid-State Battery
Toyota City, Japan
Automotive giant developing next-generation solid-state batteries for EVs
BYD Battery
Shenzhen, China
Major battery and EV manufacturer with blade battery technology
Stryker Corporation
Kalamazoo, United States
Medical technology company focused on orthopedics, surgical, and neurotechnology
Fresenius Medical Care
Bad Homburg, Germany
World's leading provider of products and services for dialysis patients
Fisher & Paykel Healthcare
Auckland, New Zealand
Medical device company developing respiratory care and acute care products
Globus Medical
Audubon, United States
Medical device company developing musculoskeletal solutions and robotics
Integra LifeSciences
Princeton, United States
Global medical technology company focused on regenerative technologies
Integer Holdings
Frisco, United States
Medical device outsource manufacturer providing batteries and components
Xylem Inc
Washington, United States
Global water technology company solving critical water and infrastructure challenges
Evoqua Water Technologies
Pittsburgh, United States
Water treatment company providing solutions for industrial and municipal water
SUEZ Water Technologies
Paris, France
Environmental services company providing water and waste management
Donaldson Company
Bloomington, United States
Global filtration company providing industrial and engine filtration
Camfil
Stockholm, Sweden
Global leader in air filtration solutions for clean air
Novamont
Novara, Italy
Leading company in bioplastics and biochemicals from renewable sources
Danimer Scientific
Bainbridge, United States
Biopolymer company developing biodegradable PHA-based materials
Carbon Clean
London, United Kingdom
Carbon capture technology company for industrial decarbonization
Climeworks
Zurich, Switzerland
Direct air capture company removing CO2 from atmosphere
Global Thermostat
New York, United States
Carbon capture company using low-cost heat to capture CO2
Svante
Burnaby, Canada
Carbon capture company for industrial point-source emissions
Charm Industrial
San Francisco, United States
Carbon removal company converting biomass to bio-oil for permanent storage
Renewcell
Stockholm, Sweden
Textile recycling company creating dissolving pulp from cotton waste
Circ
Danville, United States
Textile recycling company using hydrothermal processing
Northrop Grumman Environmental
Falls Church, United States
Aerospace company with environmental remediation and sustainability programs
Biochar Now
Berthoud, United States
Biochar production company for carbon sequestration and soil health
Pacific Biochar
Santa Rosa, United States
Biochar company providing soil amendments and carbon removal
Cohere
Toronto, Canada
Enterprise AI company providing NLP models for business applications
ElevenLabs
New York, United States
Voice AI company developing realistic text-to-speech and voice cloning technology
Weaviate
Amsterdam, Netherlands
Open-source vector database for AI-native applications
Qdrant
Berlin, Germany
Vector search engine and database for AI applications
Infinera Corporation
San Jose, United States
Optical networking company with photonic integrated circuit technology
ADVA Optical
Munich, Germany
Adtran company (formerly ADVA) providing optical networking and encryption solutions
Corning Optical
Corning, United States
Corning optical communications division providing fiber optic cables and connectivity
Prysmian Group
Milan, Italy
World's largest cable manufacturer providing fiber optic and power cables
OFS Fitel
Norcross, United States
Furukawa company providing specialty optical fiber and fiber optic cable
Excelitas Technologies
Waltham, United States
Photonics company providing detection, illumination, and optical technology solutions
Continuum Lasers
San Jose, United States
Amplitude company providing Nd:YAG and tunable lasers for scientific applications
Avantes
Apeldoorn, Netherlands
Spectrometer and fiber optic sensing company for analytical applications
Renishaw Spectroscopy
Wotton-under-Edge, United Kingdom
Renishaw spectroscopy division providing Raman microscopy and analysis systems
PerkinElmer Optics
Waltham, United States
Revvity (formerly PerkinElmer) providing optical spectroscopy and imaging systems
Teledyne FLIR
Wilsonville, United States
Teledyne company providing thermal imaging cameras and sensing solutions
Leonardo DRS
Arlington, United States
Defense electronics company providing IR sensors and electro-optical systems
L3Harris EO/IR
Melbourne, United States
L3Harris electro-optical and infrared systems for defense and space applications
Sofradir
Grenoble, France
Lynred (formerly Sofradir) - European leader in infrared detector manufacturing
Teledyne Imaging
Thousand Oaks, United States
Teledyne imaging division providing digital imaging sensors for space and science
ON Semiconductor Imaging
Phoenix, United States
onsemi imaging solutions for automotive, industrial, and consumer applications
Raytheon Technologies
Arlington, United States
Aerospace and defense company providing advanced sensors, missiles, and propulsion systems
Thales Group
Paris, France
French multinational providing aerospace, defense, and security systems with advanced materials
Leonardo S.p.A.
Rome, Italy
Italian aerospace and defense company providing helicopters, aircraft, and electronic systems
Kratos Defense
San Diego, United States
Defense technology company providing drones, hypersonic systems, and satellites
Joby Aviation
Santa Cruz, United States
Electric vertical takeoff and landing aircraft company for urban air mobility
Lilium
Munich, Germany
German eVTOL company developing electric jets for regional air mobility
Archer Aviation
San Jose, United States
Urban air mobility company developing electric vertical takeoff aircraft
Toray Composite Materials
Tokyo, Japan
Toray carbon fiber and composite materials division for aerospace applications
Teijin Aerospace
Tokyo, Japan
Teijin carbon fiber and composites division for aerospace and automotive
AppHarvest
Morehead, United States
Controlled environment agriculture company operating large greenhouse facilities
John Deere
Moline, United States
Agricultural machinery company integrating AI, sensors, and precision technology
Nutrien
Saskatoon, Canada
World's largest crop nutrient company providing fertilizers and crop inputs
Mosaic Company
Tampa, United States
Phosphate and potash producer for agricultural fertilizers
Chainlink Labs
San Francisco, United States
Decentralized oracle network connecting smart contracts to real-world data
Circle
Boston, United States
Stablecoin issuer and payment infrastructure company behind USDC
Mastercard
Purchase, United States
Global payment technology company connecting consumers and businesses
Martin Marietta
Raleigh, United States
Building materials company supplying aggregates and heavy building materials
Honeywell Building Technologies
Charlotte, United States
Building automation and safety solutions for commercial buildings
Siemens Smart Infrastructure
Zug, Germany
Smart infrastructure solutions connecting buildings, grids, and cities
Schneider Electric
Rueil-Malmaison, France
Digital automation and energy management company for buildings and industry
ecobee
Toronto, Canada
Smart thermostat company focusing on energy efficiency and sustainability
ADT
Boca Raton, United States
Security and automation company for residential and commercial properties
BHP Group
Melbourne, Australia
Diversified natural resources company producing iron ore, copper, and coal
Albemarle Corporation
Charlotte, United States
Specialty chemicals company and world's largest lithium producer
Halliburton
Houston, United States
Oilfield services company providing drilling, completion, and production services
Baker Hughes
Houston, United States
Energy technology company providing oilfield and industrial solutions
Minerals Technologies
New York, United States
Specialty minerals and technology company serving diverse industries
Nornickel
Moscow, Russia
World's largest producer of palladium and high-grade nickel
Mosaic Company
Tampa, United States
Leading producer of concentrated phosphate and potash crop nutrients
ICL Group
Tel Aviv, Israel
Specialty minerals and chemicals company for agriculture and food
Dow Inc
Midland, United States
Materials science company providing innovative solutions for packaging, infrastructure, and consumer care
LyondellBasell
Rotterdam, Netherlands
Plastics, chemicals, and refining company producing polyolefins and chemicals
Spiber
Tsuruoka, Japan
Japanese biotechnology company producing protein-based materials
Lululemon Athletica
Vancouver, Canada
Athletic apparel company with technical performance fabrics
Lenzing AG
Lenzing, Austria
Austrian company producing sustainable wood-based cellulose fibers
Invista
Wichita, United States
Integrated fibers and polymers company producing nylon and spandex
Celanese
Irving, United States
Specialty materials company producing acetyl products and engineered polymers
AGC Inc
Tokyo, Japan
Japanese glass and materials company for construction, automotive, and electronics
Samsung Electronics
Suwon, South Korea
South Korean conglomerate and world's largest technology company by revenue
Sony Corporation
Tokyo, Japan
Japanese multinational conglomerate in electronics, gaming, and entertainment
Panasonic Holdings
Kadoma, Japan
Japanese electronics corporation with focus on batteries and industrial solutions
WHOOP
Boston, United States
Performance optimization wearable for athletes and fitness enthusiasts
Oura Health
Oulu, Finland
Finnish health technology company making the Oura Ring for sleep and wellness tracking
Bose Corporation
Framingham, United States
Audio equipment company known for noise-cancelling headphones and speakers
Sennheiser
Wedemark, Germany
German audio company specializing in headphones and microphones
TCL Technology
Huizhou, China
Chinese electronics company producing TVs, displays, and mobile devices
Philips
Amsterdam, Netherlands
Dutch health technology company with personal care and connected care
TP-Link
Shenzhen, China
Networking products company making routers and smart home devices
Ubiquiti
New York, United States
Network technology company providing WiFi, security, and IoT products
Xiaomi Corporation
Beijing, China
Chinese electronics company making smartphones and IoT ecosystem products
OPPO
Dongguan, China
Chinese consumer electronics company known for smartphones and fast charging
Vivo
Dongguan, China
Chinese smartphone manufacturer with focus on cameras and audio
Asus
Taipei, Taiwan
Taiwanese electronics company making laptops, motherboards, and gaming gear
Acer
New Taipei City, Taiwan
Taiwanese electronics company making laptops, desktops, and gaming products
Razer Inc
Singapore, Singapore
Gaming lifestyle brand making peripherals, laptops, and gaming accessories
Nexon
Tokyo, Japan
Japanese-Korean game company pioneering free-to-play games
Cloud9
Los Angeles, United States
American esports organization competing in major game titles
ironSource
Tel Aviv, Israel
Mobile game monetization and publishing platform
Peloton Interactive
New York, United States
Connected fitness company with exercise equipment and streaming classes
On Running
Zurich, Switzerland
Swiss performance running brand with CloudTec technology
Brooks Running
Seattle, United States
Running footwear brand focused on biomechanics
New Balance
Boston, United States
Athletic footwear company known for performance and lifestyle shoes
Nautilus
Vancouver, United States
Fitness equipment company with Bowflex and Schwinn brands
NordicTrack
Logan, United States
Connected fitness equipment with iFIT integration
iFIT Health
Logan, United States
Connected fitness platform with streaming workouts
Uber Eats
San Francisco, United States
Food delivery platform from Uber
Sonder
San Francisco, United States
Tech-enabled hospitality company with apartment hotels
Skyscanner
Edinburgh, United Kingdom
Travel metasearch engine for flights, hotels, and cars
MakeMyTrip
Gurugram, India
India's leading online travel company
Domain Holdings
Sydney, Australia
Australia's second largest property portal
Latch
New York, United States
Smart access and building operating system
Haven (FedEx)
Memphis, United States
End-to-end supply chain platform powered by FedEx data
Later
Vancouver, Canada
Visual social media marketing platform focused on Instagram and TikTok
mParticle
New York, United States
Customer data infrastructure platform for mobile-first companies
Treasure Data
Mountain View, United States
Enterprise customer data platform built on big data infrastructure
Unity Ads
San Francisco, United States
In-game advertising platform for mobile game monetization
Udemy
San Francisco, United States
Online learning marketplace with courses on diverse topics
Enphase Energy
Fremont, United States
Smart solar and battery systems with microinverter technology
SolarEdge
Herzliya, Israel
Smart energy technology with DC optimized inverter systems
First Solar
Tempe, United States
Leading American thin-film solar panel manufacturer
Lucid Motors
Newark, United States
Luxury electric vehicle manufacturer with advanced battery tech
Proterra
Burlingame, United States
Electric bus and battery technology manufacturer
Form Energy
Somerville, United States
Multi-day energy storage using iron-air battery technology
Sunrun
San Francisco, United States
Leading residential solar and battery storage company
Vimeo
New York, United States
Professional video platform for businesses and creators
Plex
Los Gatos, United States
Media server and streaming platform for personal content
DAZN
London, United Kingdom
Global sports streaming service for live and on-demand
Grubhub
Chicago, United States
Online food ordering and delivery marketplace platform
Continental AG
Hanover, Germany
German automotive supplier specializing in tires, brakes, and electronics
Bosch Mobility
Stuttgart, Germany
Bosch's mobility solutions division for automotive technology
Valeo
Paris, France
French automotive supplier specializing in intuitive driving and electrification
Recurrent
Seattle, United States
EV battery health and range analytics platform for used EVs
Pricer
Stockholm, Sweden
Electronic shelf label and in-store digital communication solutions
SES-imagotag
Paris, France
IoT and digital solutions for retail, including electronic shelf labels
Displaydata
Bracknell, United Kingdom
E-paper electronic shelf label solutions for retail
Checkpoint Systems
Thorofare, United States
RFID and electronic article surveillance solutions for retail
Nuix
Sydney, Australia
Data intelligence platform for investigations
Betterview
San Francisco, United States
Property intelligence platform for insurers
RTX Corporation
Arlington, United States
Aerospace and defense conglomerate
Leidos
Reston, United States
Defense and aerospace IT solutions
Collins Aerospace
Charlotte, United States
Avionics and aircraft systems
Nanoracks
Houston, United States
Commercial space services and deployment
Momentus
San Jose, United States
In-space transportation services
Astrobotic Technology
Pittsburgh, United States
Lunar landers and space robotics
Varda Space Industries
El Segundo, United States
Space manufacturing and re-entry capsules
CMA CGM
Marseille, France
Container shipping and logistics
Evergreen Marine
Taipei, Taiwan
Container shipping services
Echandia
Stockholm, Sweden
Marine battery and fuel cell systems
Hydrogenious LOHC
Erlangen, Germany
Liquid organic hydrogen carrier technology
Sony Interactive Entertainment
San Mateo, United States
PlayStation gaming division
TSM
Los Angeles, United States
Professional esports organization
bet365
Stoke-on-Trent, United Kingdom
Online sports betting platform
Entain
London, United Kingdom
Sports betting and gaming operator
Amazon Music
Seattle, United States
Music streaming and downloads
Sony Music Entertainment
New York, United States
Global recorded music company
Native Instruments
Berlin, Germany
Music production hardware and software
AIAIAI
Copenhagen, Denmark
Modular headphone company
Foodpanda
Berlin, Germany
Food and grocery delivery
Lastminute.com
Chiasso, Switzerland
European online travel company
Katerra
Menlo Park, United States
Offsite construction pioneer
Themis Solutions
Vancouver, Canada
Parent company of Clio
Axon Enterprise
Scottsdale, United States
Public safety technology and devices
SpaceX Government
Hawthorne, United States
Space launch services for government
PrecisionHawk
Raleigh, United States
Drone technology and analytics
StackAdapt
Toronto, Canada
StackAdapt is a leading multi-channel programmatic advertising platform that enables advertisers and agencies to plan, execute, and optimize digital advertising campaigns across native, display, video, connected TV, audio, and digital out-of-home channels. Founded in 2014 in Toronto, Canada, StackAdapt has grown rapidly to over $200 million in funding and more than 1,000 employees, establishing itself as one of the fastest-growing advertising technology companies globally. The platform uses machine learning and artificial intelligence to automate campaign optimization, improving performance across key metrics like click-through rates, conversions, and return on ad spend. StackAdapt's native advertising capabilities are particularly strong, offering seamless integration with premium publisher content that drives engagement while maintaining brand safety. The platform provides sophisticated audience targeting options, including contextual targeting, behavioral segments, geographic targeting, and custom audience uploading, enabling precise reach of desired demographics. StackAdapt's creative management suite allows advertisers to create, test, and optimize ad creative across formats and channels, with dynamic creative optimization automatically adjusting elements to improve performance. The platform's connected TV and streaming audio capabilities position it well for the shift toward digital video and audio consumption. StackAdapt offers transparent, real-time reporting with customizable dashboards that provide insights into campaign performance, audience engagement, and conversion attribution across the customer journey. The platform emphasizes fraud prevention and brand safety, using advanced verification tools to ensure ads appear in appropriate contexts and reach real users. With integrations for major data providers, analytics platforms, and customer relationship management systems, StackAdapt serves thousands of advertisers worldwide, helping them achieve their marketing objectives efficiently across the full programmatic advertising ecosystem.
Ola Cabs
Bangalore, India
Ola Cabs (simply Ola) is India's leading mobility platform offering ride-hailing, auto-rickshaw booking, bike taxis, car rentals, and electric vehicle services across hundreds of cities in India and select international markets. Founded in 2010 in Bangalore with over $5 billion in funding and 5,000+ employees, Ola has facilitated billions of rides and become deeply integrated into Indian urban transportation. The platform offers multiple ride options tailored to Indian preferences and price points, from shared economy rides to premium sedans and luxury vehicles. Ola Auto revolutionized the auto-rickshaw experience by bringing traditionally unorganized three-wheeler taxis onto a digital platform with transparent pricing and driver ratings. Ola Bike provides motorcycle taxi services for quick, affordable transportation through congested traffic. The company's rental services enable multi-hour and multi-day car bookings for intercity travel and special occasions. Ola Electric, a separate division, has become a major electric scooter manufacturer with ambitions to lead India's electric vehicle transition, operating one of the world's largest electric scooter factories. The platform's driver-partner ecosystem provides livelihood opportunities for millions of Indians, with features supporting driver welfare, training, and vehicle financing. Ola has successfully competed against global giant Uber through deep localization, understanding of Indian payment preferences (including cash), vernacular language support, and navigation optimized for Indian addresses and landmarks. The company expanded internationally to Australia, New Zealand, and the UK before consolidating focus on its dominant Indian market. With India's urbanization, growing middle class, and increasing digital adoption, Ola plays a crucial role in modern Indian urban mobility infrastructure.
Bird
Miami, United States
Electric scooter sharing
Applied Nanotech Holdings
Austin, United States
Nanotechnology solutions and IP licensing
Angstron Materials
Dayton, United States
Pristine graphene nanoplatelet production
Group NanoXplore
Montreal, Canada
Large-scale graphene producer
Nanocraft
Irvine, United States
Custom nanoparticle synthesis
NanoMaterials Technology
Singapore, Singapore
Precipitated calcium carbonate nanoparticles
Cheap Tubes
Grafton, United States
Affordable carbon nanotubes and graphene
Sigma-Aldrich Nanomaterials
St. Louis, United States
Nanomaterials for research (Merck/MilliporeSigma)
Alfa Aesar
Haverhill, United States
Research chemicals and nanomaterials (Thermo Fisher)
Adámas Nanotechnologies
Raleigh, United States
Fluorescent nanodiamonds for bioimaging
Daicel Corporation Nano
Osaka, Japan
Cellulose nanofiber materials
Nippon Paper Nano
Tokyo, Japan
Cellulose nanofiber production
ACS Material
Pasadena, United States
Advanced nanomaterials supplier
Graphene Supermarket
Calverton, United States
Online graphene and nanomaterial supplier
The Graphene Box
Madrid, Spain
CVD graphene films and transfers
Nanotope
Evanston, United States
Self-assembling peptide nanomaterials
NN-Labs
Fayetteville, United States
Quantum dots and nanomaterials supplier
Evident Technologies
Troy, United States
Quantum dot synthesis and applications
Inframat Corporation
Farmington, United States
Nanostructured materials and coatings
nanoTherics
Newcastle upon Tyne, United Kingdom
Magnetic nanoparticle research tools
Cerion Advanced Materials
Rochester, United States
Cerium oxide nanoparticle production
Particular Materials
Venice, Italy
Laser-generated nanoparticles
NanoMaterials Ltd
Manchester, United Kingdom
Nanopowders and nanomaterials supplier
CNano Technology
Zhenjiang, China
Carbon nanotube manufacturer for lithium-ion batteries
Meijo Nano Carbon
Nagoya, Japan
Single-wall carbon nanotube manufacturer using eDIPS method
NanoIntegris
Montreal, Canada
Separated and purified carbon nanotubes for electronics
Southwest Nanotechnologies
Norman, United States
Specialty single-wall carbon nanotubes using CoMoCAT process
LG Chem CNT
Seoul, South Korea
Carbon nanotube production for battery and composite applications
Showa Denko Carbon
Tokyo, Japan
Carbon nanotube and graphite materials for electronics
Kumho Petrochemical CNT
Seoul, South Korea
Multi-wall carbon nanotube production for industrial use
NanoPore
Albuquerque, United States
Nanoporous silica insulation materials
Cabot Aerogel
Boston, United States
Aerogel particles and blankets for thermal insulation
Thermablok
Palm Beach Gardens, United States
Aerogel insulation strips for thermal bridging
NanoFlex Power
Scottsdale, United States
Nanostructured thin-film solar cells
Nanowire Sciences
Troy, United States
Nanowire-based solar cell technology
eSpin Technologies
Chattanooga, United States
Electrospun nanofiber materials and equipment
FibeRio Technology
McAllen, United States
Forcespinning nanofiber production systems
Donaldson Nanofiber
Bloomington, United States
Nanofiber filtration technology for industrial applications
Hollingsworth & Vose Nanofiber
East Walpole, United States
Nanofiber filtration media and battery separators
NanoSonic
Pembroke, United States
Metal rubber and nanocomposite materials for aerospace
Nanosphere Inc
Northbrook, United States
Gold nanoparticle-based molecular diagnostics
NanoGram Corporation
Milpitas, United States
Laser pyrolysis nanomaterials for batteries and displays
Nanomix
Emeryville, United States
Carbon nanotube-based electronic biosensors
NanoVation
Saarbrücken, Germany
Ceramic nanofiltration membranes
Accelrys (BIOVIA)
San Diego, United States
Materials Studio simulation software for nanomaterials
NanoTek Instruments
Dayton, United States
Graphene and carbon nanomaterials for energy storage
NanoMaterials Innovation
London, United Kingdom
Nanoparticle inks for printed electronics
Sun Chemical Nano
Parsippany, United States
Nanoscale inks and materials for electronics printing
Cambrios Technologies
San Jose, United States
Silver nanowire technology for touch displays
C3Nano
Hayward, United States
Silver nanowire transparent conductor technology
Canatu
Helsinki, Finland
Carbon nanobud films for 3D touch surfaces
VTT Technical Research
Espoo, Finland
Nordic nanotechnology and advanced materials research
AIST Nanotechnology
Tsukuba, Japan
Japan national nanotechnology research center
KIST Nano Materials
Seoul, South Korea
Korea nanotechnology research institute
CSIRO Nano
Melbourne, Australia
Australia nanotechnology and advanced manufacturing research
National Institute for Nanotechnology
Edmonton, Canada
Canada national nanotechnology research facility
INL - International Iberian Nanotechnology
Braga, Portugal
International nanotechnology laboratory in Europe
NanoGune
San Sebastián, Spain
Basque nanoscience research center
Nanotechnology Engineering
Waterloo, Canada
University nanotechnology engineering program
Nippon Shokubai Nano
Osaka, Japan
Nanoparticle catalysts and specialty chemicals
Toda Kogyo Nano
Hiroshima, Japan
Iron oxide nanoparticles for magnetics and pigments
Samsung SDI Nano
Yongin, South Korea
Nanomaterials for batteries and energy storage
SK Innovation Nano
Seoul, South Korea
Nano-scale battery separators and materials
Sumitomo Metal Mining Nano
Tokyo, Japan
Nanoscale metal powders and battery cathode materials
Umicore Nano
Brussels, Belgium
Nanocatalysts and battery cathode materials
Johnson Matthey Nano
London, United Kingdom
Nanocatalysts for automotive and fuel cells
BASF Nano
Ludwigshafen, Germany
Nanomaterials for catalysts, coatings, and electronics
Metrohm Autolab
Utrecht, Netherlands
Electrochemistry instrumentation for nanomaterials research
Gamry Instruments
Warminster, United States
Electrochemical instrumentation for materials research
Group14 Technologies
Woodinville, United States
Silicon-carbon composite anode materials
Enovix
Fremont, United States
3D silicon lithium-ion battery architecture
Amprius Technologies
Fremont, United States
Silicon nanowire anode batteries for aerospace
Nexeon
Abingdon, United Kingdom
Silicon anode materials for lithium-ion batteries
NanoGraf
Chicago, United States
Silicon-graphene anode materials for batteries
The Sixth Element
Changzhou, China
Leading manufacturer of graphene, graphene oxide with 260 tons/annum capacity
Concrene
Manchester, United Kingdom
Graphene-based concrete mix using nanotechnology for construction
QustomDot
Ghent, Belgium
Quantum dot technology for vibrant color conversion and display enhancement
Avantama
Stäfa, Switzerland
Advanced quantum dot and nanoparticle materials for displays and lighting
LeydenJar Technologies
Eindhoven, Netherlands
Pure silicon foil anodes with 1,200 mAh/g capacity and 90% less swelling
Sicona Battery Technologies
Sydney, Australia
Silicon anode materials for high energy density batteries
Tesla NanoCoatings
Coatesville, United States
Carbon nanotube enhanced corrosion protection coatings
Nelumbo
Cambridge, United States
Bio-inspired nanostructured coatings for thermal management
Nanova
Mumbai, India
Nanomaterial manufacturing for various applications
Epsilon Advanced Materials
Mumbai, India
Advanced materials for battery applications
3DC
Tokyo, Japan
Graphene mesosponge (GMS) 3D carbon nanomaterial for batteries and fuel cells
Infrascreen
Wageningen, Netherlands
Nanotechnology-based greenhouse screens
KorganoTech
Seoul, South Korea
Nanotechnology-based air filters
Nanoacts
Sofia, Bulgaria
Nanogenerators converting waste energy into electricity for IoT
Neptune Nanotechnologies
Halifax, Canada
Nano-structured chitin nanocrystals from fishing waste for composites
Metalchemy
London, United Kingdom
Green nanotechnology antimicrobial coatings for food shelf life
Hanwha Advanced Materials
Seoul, South Korea
Advanced CNT materials for automotive and solar applications
Tiannai Technology
Shenzhen, China
Single-walled CNT products for solid-state battery manufacturers
Mepsgen
Seoul, South Korea
NanoCalibur automated nanoparticle production using microfluidic technology
GetNanoMaterials
Saint-Cannat, France
European nanomaterial distributor
Nanomedical Diagnostics
San Diego, United States
Graphene-based diagnostic platforms for accurate, timely health information
TeraPore Technologies
South San Francisco, United States
Block copolymer-based nanofiltration membranes
UPM Biomedicals
Helsinki, Finland
Nanofibrillar cellulose for drug screening, personalized medicine, and tissue engineering
Aavalor
London, United Kingdom
Graphene membrane nanofiltration for water purification
Nanostine
Valencia, Spain
Ultra-pure nanostructured coatings using magnetron sputtering
INEM Technologies
Athens, Greece
Novel nanomaterials for lithium-ion battery performance and electrochemical devices
Nostics
Amsterdam, Netherlands
AI-powered nanotechnology diagnostics for fast and accurate disease detection
Dunia Innovations
Berlin, Germany
AI-driven self-driving lab for accelerated discovery of sustainable nanomaterials
CENmat
Dresden, Germany
Center for nanomaterials and nanotechnology R&D
Peak Nano
Washington, United States
Carbon nanotube and advanced nanomaterial production
PhotonDelta
Eindhoven, Netherlands
Integrated photonics ecosystem driving chip-based photonics
Jiangsu NanoMat
Nanjing, China
Large-scale nanomaterial and nanoparticle production in China
GCL Nano
Suzhou, China
Large-sized perovskite solar modules with 26.36% tandem efficiency
EneCoat Technologies
Kyoto, Japan
Next-generation perovskite solar cell development with INPEX investment
Beyond Silicon
Chandler, United States
Perovskite-on-silicon tandem solar cells with 28%+ efficiency goal
American Perovskites
San Jose, United States
Novel materials production for perovskite solar cell scaling
Perotech Energy
Chapel Hill, United States
Perovskite bifacial modules using high-throughput low-cost processes
TEXRAY
Taipei, Taiwan
Functional nanotextile manufacturing for performance apparel
Nano3Dprint
San Jose, United States
Multi-material 3D printers with 50nm resolution for electronics and biomolecules
UpNano
Vienna, Austria
High-speed two-photon 3D printing for microoptics and biomedical applications
TerraLIX
Seoul, South Korea
Advanced hydrogen fuel cell modules with metal separator plates
NanoScale Corporation
Manhattan, United States
Nanoscale materials for catalysis and environmental remediation
Nanostellar
Redwood City, United States
Nanocatalyst technology for automotive emissions control
E5 Nano Silica
Denver, United States
Nano silica concrete solutions for improved durability
NanoTech Lubricants
Houston, United States
Nano diamond lubricant additives for reduced friction
Ceramat
Chennai, India
Nano-hydroxyapatite ceramic implant coatings and bone grafting materials
Promimic
Gothenburg, Sweden
HAnano Surface hydroxyapatite coating for dental and orthopedic implants
SofSera
Tokyo, Japan
Hydroxyapatite nanoparticles for dental and biomedical applications
NematiQ
Melbourne, Australia
Graphene nanofiltration membranes for water purification
Active Membranes
Los Angeles, United States
Advanced membrane technology for desalination and water treatment
Atera Water
San Diego, United States
CLARITY nanocomposite membranes for sustainable water purification
Peore
Delhi, India
Nanofiltration water purifiers with 0.001 micron membranes
ZwitterCo
Cambridge, United States
Zwitterionic membrane technology for industrial water treatment
Cerahelix
Orono, United States
DNA-templated ceramic nanofiltration membranes
Nanoplume
Cambridge, United Kingdom
Bio-based cellulose aerogel insulation materials
SA Dynamics
Berlin, Germany
Bio-based aerogel insulation materials for construction
AeroShield
Boston, United States
Aerogel insulation for windows and building efficiency
Liatris
Baltimore, United States
Nanopore insulation boards and silica aerogel super-insulation
Active Aerogels
Coimbra, Portugal
Aerogel research and development for insulation applications
AnCatt
Newark, United States
Advanced catalyst and anticorrosion nanocoatings
PChem Associates
State College, United States
Polymer nanocoatings for corrosion and chemical resistance
Enhanced Spectrometry
Boston, United States
Novel SERS substrates for spectroscopy applications
Silmeco
Copenhagen, Denmark
Silicon-based SERS substrates for analytical applications
Mesophotonics
Southampton, United Kingdom
Photonic crystal and plasmonic substrate manufacturing
Graphite Central
San Jose, United States
Graphene-based thermal interface materials for electronics
Imagion Biosystems
Sydney, Australia
MagSense magnetic nanoparticle detection for cancer diagnostics
Nanordica Medical
Tartu, Estonia
Silver and copper nanoparticle wound care products
ConvaTec Aquacel
Reading, United Kingdom
Aquacel silver-based wound care technology
NanoH2O
El Segundo, United States
Thin-film nanocomposite membranes for desalination