Nanocomposites
Composite materials incorporating nanoscale reinforcements
Nanocomp Technologies
Merrimack, United States
Manufacturer of carbon nanotube-based materials for aerospace, defense, and industrial applications
Cabot Corporation
Boston, United States
Global specialty chemicals and performance materials company producing carbon black, silica, and other nanomaterials
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.
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.
Sila Nanotechnologies
Alameda, United States
Developer of silicon-dominant battery anode materials using nanocomposite technology
Nanofiber Solutions
Columbus, United States
Developer of 3D nanofiber scaffolds for tissue engineering and cell culture applications
NanoH2O (LG Chem)
El Segundo, United States
Developer of nanotechnology-enabled reverse osmosis membranes for water desalination
Luna Innovations
Roanoke, United States
Developer of fiber optic sensing and nanotechnology products for defense and healthcare
NanoMalaysia Berhad
Cyberjaya, Malaysia
Government agency driving nanotechnology commercialization in Malaysia
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
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
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
DuPont
Wilmington, United States
Materials science company with nanotechnology applications in electronics, protective materials, and specialty products
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
Nanovis
West Lafayette, United States
Developer of nanotube-reinforced polymer implants for orthopedic 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
Teijin Limited
Osaka, Japan
Japanese chemical company producing nanofibers and advanced composite materials
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
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
Directa Plus
Como, Italy
Italian producer of graphene-based products for textiles and environmental remediation
Versarien
Cheltenham, United Kingdom
UK advanced materials company producing graphene and graphene-enhanced products
NanoXplore
Montreal, Canada
World's largest graphene producer with integrated battery and plastics solutions
Global Graphene Group
Dayton, United States
US producer of graphene and silicon-graphene composites for batteries
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
Black Swan Graphene
Ottawa, Canada
Canadian graphene company focused on asphalt and concrete applications
Nanoshel
Dehradun, India
Indian manufacturer of nanopowders, nanotubes, and nanomaterials for research
Nano Labs Corp
Wuxi, China
Chinese company producing carbon nanotubes for electronics and energy storage
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
NeoGraf Solutions
Lakewood, United States
Leading producer of flexible graphite and thermal management materials
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
Nanoramic Laboratories
Boston, United States
Developer of carbon nanotube-based energy storage materials
Tata Steel Advanced Materials Research
Jamshedpur, India
Indian steel giant with advanced nanomaterial research programs
Reliance Industries - Nanotech
Mumbai, India
Indian conglomerate with major investments in nanotechnology and materials
NanoSteel Company
Providence, United States
Developer of nanostructured steel alloys and coatings
Chasm Advanced Materials
Canton, United States
CNT transparent conductive films and inks
Nano-C
Westwood, United States
Manufacturer of fullerenes and carbon nanomaterials
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
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
BYD Company
Shenzhen, China
Major EV and battery manufacturer with Blade Battery technology
Shenzhen Nanotech Port
Shenzhen, China
Pioneer Chinese carbon nanotube and nanomaterial producer
Indium Corporation
Clinton, United States
Specialty alloys and thermal interface materials
Henkel Electronics
Düsseldorf, Germany
Advanced materials for semiconductor packaging
Elkem
Oslo, Norway
Advanced silicones and silicon materials
Tata Steel Advanced Materials
Jamshedpur, India
Graphene and advanced nanomaterials for steel applications
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
NanoSA
Johannesburg, South Africa
Nanomaterial manufacturer and distributor in Africa
SABIC
Riyadh, Saudi Arabia
Global chemical company with nano-enabled materials
OCSiAl Russia
Novosibirsk, Russia
Original OCSiAl CNT production facility
Aqua-Pure Ventures
Minneapolis, United States
Nanofiltration membranes for water treatment
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
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
BASF Construction Nano
Ludwigshafen, Germany
Nano-enhanced construction chemicals
LafargeHolcim Nano
Jona, Switzerland
Nano-optimized cement and aggregates
Sila Nanotechnologies
Alameda, United States
Silicon-dominant anode materials
Group14 Technologies
Woodinville, United States
Silicon-carbon composite anodes
Farasis Energy
Ganzhou, China
Pouch cell lithium-ion batteries
EVE Energy
Huizhou, China
Lithium batteries and energy storage
Sunwoda Electronic
Shenzhen, China
Consumer electronics batteries
Panasonic Energy
Osaka, Japan
Tesla's battery partner
Envision AESC
Kanagawa, Japan
Nissan Leaf 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
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
Zichen Technology
Shenzhen, China
Battery separator films
Yunnan Energy New Material
Kunming, China
Battery separator leader
Toray Industries Battery
Tokyo, Japan
Battery separators and carbon fiber
Asahi Kasei Separator
Tokyo, Japan
Hipore battery separators
Johnson Matthey Battery
London, United Kingdom
eLNO high-energy cathodes
Soulbrain
Seongnam, South Korea
Battery electrolytes
Capchem
Shenzhen, China
Electronic chemicals and electrolytes
Tinci Materials
Guangzhou, China
Battery electrolytes and LiFSI
Mitsubishi Chemical Battery
Tokyo, Japan
Electrolytes and anode materials
Kureha Battery
Tokyo, Japan
PVDF binders for batteries
Soteria Battery Innovation Group
Greenville, United States
Safe battery current collectors
Leyden Jar Technologies
Eindhoven, Netherlands
PVD silicon anodes
Huayou Cobalt
Tongxiang, China
Cobalt and nickel materials
Yageo Corporation
New Taipei, Taiwan
Passive components including resistors, capacitors, and inductors
Walsin Technology
Taoyuan, Taiwan
Passive components for consumer, industrial, and automotive
Cabot Corporation
Boston, United States
Carbon black, fumed silica, and specialty nanoparticles
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
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
Henkel AG
Düsseldorf, Germany
Adhesives and thermal interface materials for electronics
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
3M Advanced Materials
St. Paul, United States
Advanced materials including nano-ceramics and films
Saint-Gobain
Paris, France
Advanced ceramics and abrasive materials
Tosoh Corporation
Tokyo, Japan
Zirconia nanoparticles and specialty chemicals
Kyocera Corporation
Kyoto, Japan
Fine ceramics for semiconductors and electronics
Morgan Advanced Materials
Windsor, United Kingdom
Advanced ceramics and carbon materials
Kennametal
Pittsburgh, United States
Cemented carbide tooling and wear-resistant materials
Mitsubishi Materials
Tokyo, Japan
Cemented carbide and cutting tool materials
Ceratizit
Mamer, Luxembourg
Hard material solutions and cutting tools
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
TPI Composites
Scottsdale, United States
Wind blade manufacturing with advanced composites
CNT Company
Incheon, South Korea
Carbon nanotube synthesis and products
Jeio Co.
Incheon, South Korea
Carbon nanotube production and composite applications
National Graphene Institute
Manchester, United Kingdom
Graphene research and commercialization center
National Institute for Materials Science (NIMS)
Tsukuba, Japan
Japan's premier materials science research institute
LG Energy Solution
Seoul, South Korea
Battery cells with nano-structured cathode materials
CALB
Luoyang, China
Large-format lithium batteries for EVs and storage
Swift Solar
San Carlos, United States
Lightweight perovskite solar panels
Tandem PV
San Jose, United States
Perovskite-silicon tandem solar technology
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
Nexeon Limited
Abingdon, United Kingdom
Silicon anode materials for lithium-ion batteries
Advano
New Orleans, United States
Silicon nanoparticle anode materials
Lyten
San Jose, United States
Lithium-sulfur batteries with 3D graphene
Tata Steel Advanced Materials
Jamshedpur, India
Advanced nanomaterials for steel and construction
Nanum Nanotecnologia
Ribeirão Preto, Brazil
Nanomaterials for agricultural applications
Raymor Industries
Boisbriand, Canada
Plasma synthesis of carbon nanotubes and graphene
Applied Graphene Materials
Redcar, United Kingdom
Graphene nanoplatelets for coatings and composites
Ningbo Morsh Technology
Ningbo, China
Graphene oxide and reduced graphene oxide production
General Graphene Corp
Knoxville, United States
Large-area CVD graphene production
Imerys
Paris, France
Specialty minerals including graphite and carbon additives
Arkema
Colombes, France
Specialty materials and advanced chemicals
Solvay
Brussels, Belgium
Advanced materials and specialty chemicals
Clariant
Muttenz, Switzerland
Specialty chemicals for various industries
Altana AG
Wesel, Germany
Specialty chemicals for coatings, adhesives, and sealants
Covestro
Leverkusen, Germany
High-performance polymer materials
Mitsui Chemicals
Tokyo, Japan
Mobility, healthcare, food & packaging, and basic materials
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
Sumitomo Bakelite
Tokyo, Japan
Semiconductor encapsulants and phenolic resins
Hitachi Chemical
Tokyo, Japan
Electronic materials and energy storage (merged with Showa Denko)
Kaneka Corporation
Osaka, Japan
Polymers, electronics, and life science materials
Kumho Petrochemical
Seoul, South Korea
Synthetic rubber and styrene-based materials
Lotte Chemical
Seoul, South Korea
Petrochemicals and advanced materials
Nan Ya Plastics
Taipei, Taiwan
PCB laminates, copper foil, and electronic materials
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
Kingfa Science & Technology
Guangzhou, China
Modified plastics and composites
Jiangsu Cnano Technology
Zhenjiang, China
Carbon nanotube conductive additives for batteries
Hunan Changyuan Lico
Changsha, China
Ternary cathode materials for batteries
BTR New Material
Shenzhen, China
Anode materials including silicon-carbon composites
US Research Nanomaterials
Houston, United States
Nanomaterials manufacturer and distributor
Daicel Corporation
Osaka, Japan
Cellulose nanofibers and specialty chemicals
Blue Goose Biorefineries
Saskatoon, Canada
Nanocellulose from agricultural residue
RISE INNVENTIA
Stockholm, Sweden
Research institute for cellulose nanomaterials
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
Lockheed Martin
Bethesda, United States
Aerospace and defense with nanotechnology in stealth materials and advanced composites
General Dynamics
Reston, United States
Defense contractor with advanced composites and nano-enhanced armor materials
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
Rolls-Royce Holdings
London, United Kingdom
Aerospace engines with nano-enhanced thermal barrier coatings and advanced materials
GE Aerospace
Cincinnati, United States
Jet engines with ceramic matrix composites and nano-enhanced thermal coatings
Pratt & Whitney
East Hartford, United States
Aircraft engines with nano-enhanced thermal barrier coatings and advanced alloys
Dupont Water Solutions
Wilmington, United States
Water treatment membranes including nano-enhanced reverse osmosis systems
Koch Separation Solutions
Wilmington, United States
Membrane filtration systems including nano-enhanced hollow fiber membranes
Evoqua Water Technologies
Pittsburgh, United States
Water treatment solutions including membrane filtration 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
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
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
Lydall
Manchester, United States
Specialty filtration and thermal insulation with nanofiber media
Revolution Fibres
Auckland, New Zealand
Industrial electrospinning company producing nanofiber materials
FibeRio Technology
McAllen, United States
Forcespinning technology for high-throughput nanofiber production
Institute of Materials Research and Engineering
Singapore, Singapore
A*STAR institute specializing in materials science and nanotechnology
Peking University Nano
Beijing, China
Major Chinese university with Center for Nanoscale Science and Technology
Harbin Institute of Technology Nano
Harbin, China
Chinese technical university with aerospace nanomaterials research
Quantum Materials Corp
San Marcos, United States
Tetrapod quantum dots for solar cells and displays
US Research Nanomaterials
Houston, United States
Supplier of nanomaterials including graphene and CNTs
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
NanoMaterials Technology
Singapore, Singapore
Nano precipitated calcium carbonate for plastics and rubber
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
Southwest Nanotechnologies
Norman, United States
Specialty single-wall CNTs using CoMoCAT process
Nanothinx
Patras, Greece
Greek carbon nanotube producer
Aerogel Technologies
Boston, United States
Silica aerogel materials for thermal insulation
Frontier Carbon Corporation
Kitakyushu, Japan
Mitsubishi subsidiary for industrial fullerene production
Toyoda Gosei
Kiyosu, Japan
GaN LED and automotive components manufacturer
Hexcel Corporation
Stamford, United States
Advanced composites technology leader for aerospace and industrial applications including carbon fiber reinforcements
Mitsubishi Chemical Group
Tokyo, Japan
Major chemical conglomerate with carbon fiber composites, specialty materials and performance polymers
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
Huntsman Corporation
The Woodlands, United States
Differentiated chemical products including polyurethanes and advanced materials for diverse industries
Kyocera Corporation
Kyoto, Japan
Advanced ceramics and electronic components for semiconductors, telecommunications and industrial equipment
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
L&F Co.
Daegu, South Korea
Cathode materials manufacturer supplying LG Energy Solution with NCM and NCMA 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
Solus Advanced Materials
Seoul, South Korea
Advanced materials company with copper foil for batteries and organic materials for OLEDs
Mitsubishi Chemical Carbon Fiber
Tokyo, Japan
Carbon fiber division producing PYROFIL and DIALEAD carbon fiber for aerospace and automotive
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
Gurit Holding
Wattwil, Switzerland
Composite materials and engineering for wind energy, marine and aerospace industries
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
Materion Corporation
Mayfield Heights, United States
Advanced materials company with beryllium alloys, precious metals and engineered clad metals
Carpenter Technology
Philadelphia, United States
Specialty metals for aerospace, defense and medical including titanium and additive powders
Howmet Aerospace
Pittsburgh, United States
Engineered products for aerospace including fasteners, engine components and wheels
Stratasys
Eden Prairie, United States
Pioneer of FDM and PolyJet 3D printing technologies for prototyping, tooling and production parts
3D Systems
Rock Hill, United States
Inventor of stereolithography with industrial 3D printers, materials and healthcare solutions
Desktop Metal
Burlington, United States
Metal and sand 3D printing with binder jetting technology for mass production applications
Markforged
Waltham, United States
Continuous fiber reinforced 3D printing and metal FDM for industrial-strength parts
Formlabs
Somerville, United States
Accessible professional 3D printers with SLA and SLS technology for dental, jewelry and engineering
Carbon
Redwood City, United States
Digital Light Synthesis technology for high-speed production of end-use parts and prototypes
Relativity Space
Long Beach, United States
3D printed rockets with Stargate - the world's largest metal 3D printers for aerospace
ExOne (Desktop Metal)
North Huntingdon, United States
Industrial binder jetting for sand, metal and ceramic 3D printing (Desktop Metal subsidiary)
Materialise
Leuven, Belgium
3D printing software and services pioneer with medical, industrial and consumer applications
Ultimaker (UltiMaker)
Utrecht, Netherlands
Professional desktop 3D printing with open material system (merged with MakerBot)
Raise3D
Irvine, United States
Industrial-grade FDM 3D printers bridging desktop and industrial markets
EnvisionTEC (Desktop Metal)
Gladbeck, Germany
DLP 3D printing systems for dental, jewelry and industrial applications (Desktop Metal subsidiary)
Nexa3D
Ventura, United States
Ultrafast photopolymer 3D printers using LSPc technology for industrial production
UnionTech
Shanghai, China
Industrial SLA 3D printers and materials for prototyping and production manufacturing
Tethon 3D
Omaha, United States
Ceramic and metal powder-filled photopolymer resins for 3D printing
BigRep
Berlin, Germany
Large-format industrial 3D printers for furniture, automotive and construction applications
Massivit 3D
Lod, Israel
Large-scale 3D printing for visual communication, automotive and industrial tooling
WASP
Massa Lombarda, Italy
Large-scale 3D printing for sustainable construction using clay and natural materials
ICON
Austin, United States
Construction 3D printing with Vulcan technology for affordable housing and infrastructure
COBOD
Copenhagen, Denmark
Modular 3D construction printing systems for buildings and infrastructure worldwide
Mighty Buildings
Oakland, United States
3D printed prefab homes using Light Stone Material for sustainable construction
Winsun
Shanghai, China
Pioneer of large-scale construction 3D printing with recycled material capabilities
Arevo
Milpitas, United States
Continuous carbon fiber 3D printing with robotic deposition for aerospace and automotive
Continuous Composites
Coeur d'Alene, United States
Continuous fiber 3D printing with CF3D technology for high-performance composites
Anisoprint
Luxembourg City, Luxembourg
Continuous fiber coextrusion 3D printing for aerospace and industrial composites
9T Labs
Zurich, Switzerland
Automated continuous fiber composite manufacturing with design optimization software
Impossible Objects
Northbrook, United States
Composite-Based Additive Manufacturing for high-volume production of fiber-reinforced parts
ESSENTIUM
Pflugerville, United States
High-speed industrial FDM 3D printing for production-scale manufacturing
INTAMSYS
Shanghai, China
High-performance polymer 3D printing with PEEK, ULTEM and other engineering plastics
Protolabs
Maple Plain, United States
Digital manufacturing platform with rapid 3D printing, CNC machining and injection molding
Xometry
Derwood, United States
AI-powered manufacturing marketplace connecting buyers with suppliers for on-demand production
Shapeways
New York, United States
3D printing marketplace and manufacturing platform for custom and on-demand production
Fast Radius (SyBridge)
Chicago, United States
Cloud manufacturing platform with additive and traditional manufacturing capabilities
Sculpteo (BASF)
Villejuif, France
Online 3D printing service bureau offering multiple technologies and materials (BASF subsidiary)
i.materialise
Leuven, Belgium
Online 3D printing service from Materialise for consumers and professionals
SuitX
Berkeley, United States
Industrial and medical exoskeletons reducing fatigue and injury risk
Hexagon Purus
Ålesund, Norway
Composite pressure vessels for hydrogen storage in vehicles and infrastructure
Worthington Industries Hydrogen
Columbus, United States
Steel and composite cylinders for hydrogen storage and transportation
Plastic Omnium New Energies
Levallois-Perret, France
Automotive supplier with hydrogen storage tanks and fuel cell systems
SpaceX
Hawthorne, United States
Revolutionary rocket company pioneering reusable launch vehicles and advanced materials
Blue Origin
Kent, United States
Space company developing reusable rockets and space infrastructure
Rocket Lab
Long Beach, United States
Small launch provider with carbon composite rockets and spacecraft
Lockheed Martin Space
Littleton, United States
Major defense contractor with extensive space systems portfolio
Boeing Space
El Segundo, United States
Major aerospace company with extensive space operations
Sierra Space
Louisville, United States
Commercial space company developing Dream Chaser and space stations
Vast
Long Beach, United States
Commercial space station company developing artificial gravity stations
Astra Space
Alameda, United States
Space launch company building small satellite rockets and spacecraft
Relativity Space
Long Beach, United States
3D-printing rocket company using advanced manufacturing
ABL Space Systems
El Segundo, United States
Responsive launch company with mobile ground systems
Made In Space (Redwire)
Jacksonville, United States
Space manufacturing company with 3D printers on ISS
Varda Space Industries
El Segundo, United States
Manufacturing pharmaceuticals and advanced materials in microgravity
Orbex
Forres, United Kingdom
European rocket company using bio-propane for sustainable launches
RFA (Rocket Factory Augsburg)
Augsburg, Germany
German rocket company developing launch vehicle for small satellites
Isar Aerospace
Munich, Germany
German rocket company building Spectrum launch vehicle
PLD Space
Elche, Spain
Spanish rocket company developing reusable launch vehicles
Gilmour Space Technologies
Gold Coast, Australia
Australian rocket company developing Eris launch vehicle
Galactic Energy
Beijing, China
Chinese rocket company with successful Ceres-1 launches
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
BASF Coatings
Ludwigshafen, Germany
Global chemical company with advanced coatings and surface treatment solutions
Evonik Performance Materials
Essen, Germany
Specialty chemicals company providing high-performance materials and nano solutions
Arkema Advanced Materials
Colombes, France
Specialty chemicals and advanced materials company focused on high-performance solutions
Solvay Advanced Materials
Brussels, Belgium
Advanced materials and specialty chemicals company serving aerospace and automotive
DSM Engineering Materials
Heerlen, Netherlands
Global science-based company providing advanced engineering plastics and bio-materials
Celanese Engineered Materials
Irving, United States
Global chemical and specialty materials company producing engineered materials
Eastman Advanced Materials
Kingsport, United States
Global specialty materials company focused on sustainable innovation
Huntsman Advanced Materials
The Woodlands, United States
Global manufacturer of specialty chemicals and advanced materials
Momentive Performance Materials
Waterford, United States
Global leader in silicones and advanced materials for diverse industries
Sumitomo Chemical Advanced Materials
Tokyo, Japan
Diversified chemical company providing advanced materials for electronics and display
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
Sika AG
Baar, Switzerland
Specialty chemicals company for construction and industry applications
RPM International
Medina, United States
Multinational holding company manufacturing specialty coatings and sealants
HB Fuller
St. Paul, United States
Global adhesives company providing bonding solutions across industries
Henkel Adhesive Technologies
Dusseldorf, Germany
Global leader in adhesives, sealants, and functional coatings
Avery Dennison
Mentor, United States
Global materials science company providing labeling and functional materials
Rogers Corporation
Chandler, United States
Specialty engineered materials company for high-reliability applications
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
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
Terracycle
Trenton, United States
Recycling company eliminating the idea of waste through innovative solutions
CarbonCure Technologies
Dartmouth, Canada
Carbon tech company mineralizing CO2 into concrete
Solidia Technologies
Piscataway, United States
Cement technology company reducing CO2 in concrete production
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
Raytheon Technologies
Arlington, United States
Aerospace and defense company providing advanced sensors, missiles, and propulsion systems
Boeing Defense
Arlington, United States
Boeing defense and space division developing advanced aerospace systems with nanomaterial applications
Virgin Galactic
Tustin, United States
Space tourism company developing suborbital spaceflights with composite materials
Made In Space
Jacksonville, United States
Redwire company pioneering in-space manufacturing and 3D printing
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
Wisk Aero
Mountain View, United States
Boeing-backed company developing autonomous electric air taxi
Volocopter
Bruchsal, Germany
German air taxi company developing electric vertical takeoff aircraft
EHang
Guangzhou, China
Chinese autonomous aerial vehicle company with certified passenger drones
Vertical Aerospace
Bristol, United Kingdom
British eVTOL company developing electric aircraft for sustainable aviation
Beta Technologies
South Burlington, United States
Electric aviation company developing eVTOL aircraft and charging network
Boom Supersonic
Denver, United States
Aerospace company developing sustainable supersonic passenger aircraft
Hermeus
Atlanta, United States
Hypersonic aircraft company developing Mach 5+ aircraft for defense and commercial
Venus Aerospace
Houston, United States
Hypersonic company developing Mach 9 aircraft for point-to-point travel
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
Ducommun
Santa Ana, United States
Aerospace structures and electronic systems provider for defense and commercial
TransDigm
Cleveland, United States
Aerospace components company providing proprietary products for aircraft
HEICO Corporation
Hollywood, United States
Aerospace and defense company providing jet engine parts and electronic components
Triumph Group
Berwyn, United States
Aerospace structures and systems company providing aerostructures and gearboxes
Bayer Crop Science
Monheim am Rhein, Germany
Bayer crop science division providing seeds, traits, and crop protection
Cargill
Wayzata, United States
Global food corporation with significant investments in food technology and alternatives
CEMEX
San Pedro Garza Garcia, Mexico
Global building materials company providing cement, ready-mix concrete, and aggregates
Holcim
Zug, Switzerland
Global leader in building materials and solutions for sustainable construction
CRH
Dublin, Ireland
Building materials company providing aggregates, cement, and building products
Vulcan Materials
Birmingham, United States
Construction aggregates company producing crushed stone, sand, and gravel
USG Corporation
Chicago, United States
Building products manufacturer specializing in drywall and ceiling solutions
ICON
Austin, United States
3D printing construction company building homes and structures using robotics
Factory OS
Oakland, United States
Modular construction company building multifamily housing in factories
Caterpillar
Irving, United States
Heavy equipment manufacturer for construction, mining, and infrastructure
Komatsu
Tokyo, Japan
Japanese construction and mining equipment manufacturer with smart construction
Volvo Construction Equipment
Gothenburg, Sweden
Construction equipment manufacturer advancing electric and autonomous machines
Bechtel
Reston, United States
Engineering, construction, and project management company for mega-projects
Jacobs Solutions
Dallas, United States
Technology-forward solutions company for infrastructure and sustainability
Skanska
Stockholm, Sweden
Swedish construction and development company focused on sustainability
Turner Construction
New York, United States
Construction management company specializing in commercial buildings
SimpliSafe
Boston, United States
DIY home security system with professional monitoring options
Katerra
Menlo Park, United States
Former construction technology startup that pioneered vertically integrated building
Vale
Rio de Janeiro, Brazil
Brazilian mining company and world's largest iron ore producer
Albemarle Corporation
Charlotte, United States
Specialty chemicals company and world's largest lithium producer
NOV Inc
Houston, United States
Equipment and technology provider for oil and gas drilling operations
Minerals Technologies
New York, United States
Specialty minerals and technology company serving diverse industries
W. L. Gore & Associates
Newark, United States
Materials science company famous for Gore-Tex and fluoropolymer innovations
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
Eastman Chemical
Kingsport, United States
Specialty materials company producing additives, plastics, and fibers
Huntsman Corporation
The Woodlands, United States
Global chemical company producing polyurethanes and performance products
Milliken & Company
Spartanburg, United States
Diversified industrial company providing textiles and specialty chemicals
Modern Meadow
Nutley, United States
Biofabrication company creating sustainable leather alternatives
Arc'teryx
North Vancouver, Canada
High-performance outdoor equipment and apparel company
Lenzing AG
Lenzing, Austria
Austrian company producing sustainable wood-based cellulose fibers
Indorama Ventures
Bangkok, Thailand
World's largest PET producer and integrated chemical company
Celanese
Irving, United States
Specialty materials company producing acetyl products and engineered polymers
Sonos
Santa Barbara, United States
Wireless audio company making smart speakers and home sound systems
Bose Corporation
Framingham, United States
Audio equipment company known for noise-cancelling headphones and speakers
Bang & Olufsen
Struer, Denmark
Danish luxury audio company known for design-focused speakers and electronics
GoPro
San Mateo, United States
Action camera company making rugged cameras for extreme sports
Hisense
Qingdao, China
Chinese electronics and appliances manufacturer
Logitech
Lausanne, Switzerland
Swiss-American company making computer peripherals and video conferencing
Asus
Taipei, Taiwan
Taiwanese electronics company making laptops, motherboards, and gaming gear
Corsair Gaming
Fremont, United States
Gaming peripherals and components company with streaming products
Xbox Game Studios
Redmond, United States
Microsoft gaming division producing Xbox consoles and Game Pass service
Fnatic
London, United Kingdom
British esports organization with global championship teams
Technogym
Cesena, Italy
Italian fitness equipment manufacturer and wellness company
Tonal
San Francisco, United States
Digital strength training system with AI-powered workouts
Fanatics
Jacksonville, United States
Sports merchandise and collectibles company expanding into betting
Hoka
Goleta, United States
Performance footwear brand known for maximalist cushioning
On Running
Zurich, Switzerland
Swiss performance running brand with CloudTec technology
Brooks Running
Seattle, United States
Running footwear brand focused on biomechanics
Asics
Kobe, Japan
Japanese athletic footwear and apparel company
New Balance
Boston, United States
Athletic footwear company known for performance and lifestyle shoes
Puma
Herzogenaurach, Germany
German multinational sports brand with footwear and apparel
Life Fitness
Rosemont, United States
Commercial fitness equipment manufacturer
Precor
Woodinville, United States
Premium fitness equipment manufacturer
Nautilus
Vancouver, United States
Fitness equipment company with Bowflex and Schwinn brands
Uber Eats
San Francisco, United States
Food delivery platform from Uber
Bayer Crop Science
Monheim, Germany
Agricultural division of Bayer with seeds and crop protection
FMC Corporation
Philadelphia, United States
Agricultural sciences company with crop protection products
Fundrise
Washington, United States
Real estate crowdfunding and investment platform
Latch
New York, United States
Smart access and building operating system
Wefox
Berlin, Germany
European digital insurance platform and carrier
Rivian
Irvine, United States
Electric vehicle manufacturer focused on trucks and SUVs
Lucid Motors
Newark, United States
Luxury electric vehicle manufacturer with advanced battery tech
Proterra
Burlingame, United States
Electric bus and battery technology manufacturer
Fluence Energy
Arlington, United States
Global energy storage and digital services provider
Vestas
Aarhus, Denmark
World's largest wind turbine manufacturer
Callaway Golf
Carlsbad, United States
Golf equipment and lifestyle company with Topgolf
Zume
Camarillo, United States
Sustainable food packaging using plant-based materials and automation
Tesla
Austin, United States
Electric vehicle and clean energy company leading the EV revolution
Magna International
Aurora, Canada
Global automotive supplier with expertise in vehicle engineering
Continental AG
Hanover, Germany
German automotive supplier specializing in tires, brakes, and electronics
ZF Friedrichshafen
Friedrichshafen, Germany
Global automotive supplier focused on driveline and chassis technology
Denso
Kariya, Japan
Japanese automotive supplier and Toyota Group member
Anuvia Plant Nutrients
Zellwood, United States
Sustainable fertilizer technology
Boeing
Arlington, United States
Commercial airplanes and defense systems
RTX Corporation
Arlington, United States
Aerospace and defense conglomerate
Honeywell Aerospace
Phoenix, United States
Avionics and aerospace systems
Collins Aerospace
Charlotte, United States
Avionics and aircraft systems
Astrobotic Technology
Pittsburgh, United States
Lunar landers and space robotics
ABL Space Systems
El Segundo, United States
Responsive launch systems
Stoke Space
Kent, United States
Fully reusable rocket systems
Varda Space Industries
El Segundo, United States
Space manufacturing and re-entry capsules
Maersk
Copenhagen, Denmark
Global shipping and logistics
CMA CGM
Marseille, France
Container shipping and logistics
COSCO Shipping
Shanghai, China
Integrated shipping and logistics
MacGregor
Helsinki, Finland
Marine cargo handling solutions
Learfield IMG College
Plano, United States
College sports multimedia rights
Fender
Los Angeles, United States
Guitar and amp manufacturer
Gibson
Nashville, United States
Guitar manufacturer and lifestyle brand
Veev
Hayward, United States
Panelized home construction
Giatec Scientific
Ottawa, Canada
Concrete testing technology
Katerra
Menlo Park, United States
Offsite construction pioneer
Project Frog
San Francisco, United States
Kit-of-parts building systems
SpaceX Government
Hawthorne, United States
Space launch services for government
BASF Agricultural Solutions
Ludwigshafen, Germany
Crop protection and seeds
Cover Technologies
Los Angeles, United States
Cover Technologies is an innovative prefabricated accessory dwelling unit (ADU) manufacturer that combines advanced design, precision manufacturing, and technology to deliver high-quality, customizable backyard homes quickly and affordably. Founded in 2017 in Los Angeles, California, with over $60 million in funding and 200+ employees, Cover addresses the housing affordability crisis by making it easier for homeowners to add rental units, guest houses, or home offices to their properties. The company's design-build approach guides customers through the entire process from initial consultation and permitting to manufacturing and installation. Cover's prefabrication methodology constructs homes in a controlled factory environment, ensuring consistent quality, reducing construction timelines from months to weeks, and minimizing on-site disruption. The modular design system offers customization options for layout, finishes, and features while maintaining manufacturing efficiency through standardized components. Cover handles the complex permitting and regulatory approval process, navigating local building codes and zoning requirements that often present significant barriers to ADU construction. The company's units feature modern architecture, high-quality materials, energy-efficient systems, and smart home technology. Cover provides full-service installation including site preparation, foundation work, crane placement, and final connections to utilities. The company's technology platform enables customers to configure their unit, track project progress, and communicate with the team through a unified digital experience. Cover's financing options help homeowners fund ADU projects through home equity loans and specialized lenders. With the growing demand for housing solutions and increasing regulatory support for ADUs in California and beyond, Cover has positioned itself as a leader in bringing manufacturing efficiency and technology innovation to residential construction.
Bolt
Tallinn, Estonia
Bolt (formerly Taxify) is a leading European mobility platform offering ride-hailing, scooter and bike sharing, food delivery, and car-sharing services across Europe, Africa, and other markets with a focus on affordable, sustainable transportation. Founded in 2013 in Tallinn, Estonia, with over $2 billion in funding and 5,000+ employees, Bolt has grown to serve over 100 million customers across 45+ countries and 500+ cities. The company differentiates itself through lower commission rates for drivers (typically 15% versus competitors' 20-25%), enabling more competitive pricing for riders while providing better earnings for drivers. Bolt's ride-hailing service offers multiple options from economy to business class, with particular strength in European and African markets where it competes effectively against Uber. The platform's micro-mobility services include electric scooters and bikes deployed across European cities, providing sustainable last-mile transportation options. Bolt Food has expanded into food delivery in multiple European markets, leveraging the existing driver network and platform infrastructure. Bolt Drive offers car-sharing services allowing users to rent vehicles by the hour or day from convenient locations. The company emphasizes sustainability with commitments to electric and zero-emission vehicles, carbon-neutral delivery, and green mobility options. Bolt's driver-focused approach includes transparent earnings, flexible schedules, and lower commission rates that have helped build loyalty and competitive supply. The platform's rapid expansion has been fueled by aggressive market entry strategies, localized operations, and efficient capital deployment. With a strong position in Eastern Europe, Scandinavia, and Africa, Bolt represents a significant European mobility alternative to U.S.-based platforms, demonstrating that regional players can compete effectively through differentiated business models and local market understanding.
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