Nanoparticles
Producers of metal, ceramic, and polymer nanoparticles for industrial and medical use
Nanosphere (Luminex)
Northbrook, United States
Developer of molecular diagnostics platform using gold nanoparticle probe technology for rapid disease detection
NanoString Technologies
Seattle, United States
Life sciences company developing tools for gene expression analysis using nanoparticle-based molecular barcoding technology
Nanobiotix
Paris, France
Clinical-stage biotechnology company pioneering nanomedicine with first-in-class radioenhancers for cancer treatment
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.
NanoMech
Springdale, United States
NanoMech, LLC, founded in 2007 and headquartered in Springdale, Arkansas, develops advanced nanolubricants and nanocoatings for industrial and defense applications, leveraging nanotechnology to deliver superior tribological performance. With over $50 million in funding and 50-100 employees, NanoMech has successfully commercialized nanotechnology-based solutions that reduce friction, wear, and energy consumption in demanding mechanical systems. The company's origins trace to research on nanocrystalline materials and their unique friction-reducing properties, which were translated into practical lubrication and coating products. NanoMech's flagship nGlide lubricant product line incorporates proprietary nanoparticles that provide enhanced lubrication performance compared to conventional oils and greases. These nanolubricants create ultra-low-friction surface layers and protective tribofilms that reduce wear, extend equipment life, and improve energy efficiency. The company's nanoparticles are engineered with specific compositions and morphologies optimized for different operating conditions including temperature extremes, high loads, and contaminated environments. NanoMech has demonstrated fuel economy improvements of 3-7% in automotive and transportation applications through reduced friction in engines and drivetrains. In industrial settings, their nanolubricants extend maintenance intervals and reduce downtime for heavy machinery, mining equipment, and manufacturing systems. The company's GuardIN coating systems provide protective surface treatments with exceptional wear resistance and low friction for tools, machinery components, and weapons systems. These nanocoatings are applied through various deposition processes to create thin, dense protective layers that significantly extend component life. NanoMech has worked extensively with the U.S. Department of Defense to develop specialized lubricants and coatings for military vehicles, aircraft, and weapons systems operating in harsh environments. The company's products have been qualified for use in various military platforms, addressing critical needs for improved reliability and reduced logistics burdens. Beyond defense, NanoMech serves automotive, aerospace, energy, and heavy industry sectors where equipment reliability and efficiency are paramount. The company provides comprehensive tribological testing and engineering services, working with customers to optimize lubrication solutions for specific applications. NanoMech's laboratories include advanced friction and wear testing equipment that simulate real-world operating conditions, enabling product validation and performance prediction. The company has built an extensive intellectual property portfolio covering nanoparticle compositions, synthesis methods, and lubrication applications. NanoMech exemplifies successful nanotechnology commercialization in industrial markets, demonstrating how engineered nanomaterials can deliver measurable performance and economic benefits in practical applications, moving beyond laboratory demonstrations to products that address real-world tribological challenges.
BIND Therapeutics
Cambridge, United States
BIND Therapeutics, founded in 2007 and based in Cambridge, Massachusetts, pioneered the Accurin platform of polymeric nanoparticles for targeted cancer drug delivery, representing one of the most advanced clinical applications of nanomedicine. With over $150 million in funding and 100-200 employees, BIND developed sophisticated nanotechnology designed to precisely deliver chemotherapy agents to tumor cells while minimizing systemic toxicity. The company emerged from groundbreaking research at MIT and Harvard on controlled drug delivery using biodegradable polymer nanoparticles. BIND's Accurin nanoparticles were engineered with extraordinary precision, incorporating multiple functional components: a biodegradable polymer core loaded with chemotherapy drugs, a protective hydrophilic polymer shell to evade immune system clearance, and targeting ligands that bind to specific molecules overexpressed on cancer cells. This multicomponent design addressed fundamental challenges in cancer treatment—delivering sufficient drug to tumors while avoiding damage to healthy tissues. The company's lead candidate, BIND-014, consisted of docetaxel chemotherapy encapsulated in nanoparticles displaying PSMA-targeting ligands, designed for prostate cancer treatment. BIND advanced multiple nanoparticle candidates through clinical trials, generating valuable data on nanomedicine performance in humans. The company's clinical programs demonstrated that carefully designed nanoparticles could alter drug biodistribution, enhance tumor accumulation, and potentially improve therapeutic indices. BIND employed sophisticated polymer chemistry and formulation sciences to create nanoparticles with controlled sizes (typically 50-100 nanometers), precise drug loading, and sustained release profiles. The company developed scalable manufacturing processes meeting pharmaceutical GMP standards—a significant achievement given the complexity of multi-functional nanoparticles. Throughout its existence, BIND contributed substantially to understanding how nanoparticle properties including size, surface chemistry, and targeting ligands influence biological fate and therapeutic efficacy. Despite promising preclinical data and successful clinical trial execution, BIND faced challenges common to nanomedicine development including complex regulatory pathways, high development costs, and difficulty demonstrating sufficient therapeutic advantages over existing treatments. In 2016, facing financial pressures, BIND was acquired by Pfizer, which subsequently discontinued the programs, highlighting the challenging economics of nanomedicine development. Nevertheless, BIND's legacy includes important contributions to nanomedicine science, demonstration that sophisticated nanoparticles can be manufactured at pharmaceutical scales, and clinical data advancing understanding of nanoparticle behavior in humans. The company's experience provides valuable lessons for the nanomedicine field regarding the gap between preclinical promise and clinical reality, the importance of selecting appropriate patient populations, and the need for compelling therapeutic differentiation to justify nanomedicine's inherent complexity.
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.
NanoHorizons
Bellefonte, United States
NanoHorizons, Inc., founded in 2002 and based in Bellefonte, Pennsylvania, has specialized in developing antimicrobial silver nanoparticle technology for textiles and surface treatment applications. With over $20 million in funding and 10-50 employees, the company pioneered commercial applications of silver nanoparticles' potent antibacterial properties, particularly in fabrics and consumer products. NanoHorizons emerged during early enthusiasm for nanotechnology's potential to solve practical problems, focusing on the well-known antimicrobial properties of silver but enhancing them through nanoscale engineering. The company's flagship SmartSilver technology consists of precisely engineered silver nanoparticles and silver-containing compounds that provide sustained antimicrobial protection when incorporated into textiles, coatings, and plastics. At the nanoscale, silver exhibits dramatically enhanced antimicrobial efficacy compared to bulk silver, requiring far smaller quantities to achieve bacterial, fungal, and viral inhibition. This efficiency stems from nanoparticles' high surface-area-to-volume ratios and their ability to release silver ions in controlled manner. NanoHorizons developed application technologies allowing silver nanoparticles to be durably attached to textile fibers, maintaining antimicrobial performance through repeated washing cycles—a critical requirement for commercial textile applications. The company's antimicrobial additives have been incorporated into athletic wear, medical textiles, military uniforms, footwear, and home textiles, providing odor control and hygiene benefits. In healthcare settings, silver nanoparticle-treated fabrics reduce bacterial colonization on hospital linens and scrubs, potentially mitigating infection transmission. NanoHorizons worked with major textile manufacturers and consumer brands to integrate SmartSilver into products, providing technical support for application processes and efficacy testing. The company developed various product forms including aqueous dispersions, powder additives, and master batches compatible with different textile treatment and polymer compounding processes. Beyond textiles, NanoHorizons applied its technology to antimicrobial coatings for surfaces, plastics, and other materials requiring bacterial resistance. The company navigated evolving regulatory landscapes for nanomaterial applications, particularly EPA regulations governing antimicrobial products and consumer safety considerations. As public awareness of nanomaterial safety grew, NanoHorizons invested in toxicology studies and environmental fate research, addressing questions about silver nanoparticle release and ecological impacts. The company's experience illustrates both opportunities and challenges in commercializing consumer-facing nanotechnology applications—while silver nanoparticles deliver clear antimicrobial benefits, regulatory complexity, environmental concerns, and public perception issues complicate market development. NanoHorizons has adapted its strategy over time, emphasizing safe, responsible nanomaterial applications with clear performance benefits. The company represents the cohort of early nanotechnology firms that helped establish commercial nano-enabled consumer products, contributing to understanding how nanomaterials can be responsibly incorporated into everyday products while addressing legitimate safety and environmental concerns.
Nanosphere Inc
Santa Clara, United States
Developer of silicon nanoparticle technology for solar cell efficiency enhancement
nanoComposix
San Diego, United States
Designer and manufacturer of precisely engineered nanoparticles for diagnostics and research
CytImmune Sciences
Rockville, United States
Developer of gold nanoparticle-based cancer therapeutics
Nanospectra Biosciences
Houston, United States
Developer of gold nanoshell-based thermal ablation therapy for cancer treatment
Liquidia Technologies
Morrisville, United States
Developer of PRINT technology for precisely engineered drug particles
Nanosphere Health Sciences
Vancouver, Canada
Developer of NanoSphere Delivery System for enhanced bioavailability of cannabinoids
NanoMaterials Technology
Singapore, Singapore
Producer of zinc oxide nanoparticles and other nanomaterial products
NanoSight (Malvern Panalytical)
Malvern, United Kingdom
Developer of nanoparticle tracking analysis instruments for characterization
Novacentrix
Austin, United States
Developer of conductive inks and photonic curing systems for printed electronics
Nanobiotix SA
Cambridge, United States
Clinical-stage nanomedicine company developing first-in-class radioenhancers using hafnium oxide nanoparticles
NanoCarrier
Kashiwa, Japan
Developer of micellar nanoparticle drug delivery systems for cancer treatment
NanoSphere Biotech
Sao Paulo, Brazil
Developer of nanoencapsulation technology for agricultural and environmental applications
Particulaire
Austin, United States
Developer of nanoparticle monitoring and air quality sensing technology
NanoMagnetics
Bristol, United Kingdom
Producer of magnetic nanoparticles for biomedical and industrial 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
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
Naneum Ltd
Canterbury, United Kingdom
UK company developing portable nanoparticle analysis instruments
NanoMaterials Technology
Singapore, Singapore
Asian producer of ceramic and metal oxide nanoparticles
Nanopartz
Loveland, United States
Producer of gold nanoparticles and nanorods for research
Nanoptek
Maynard, United States
Developer of nanostructured catalysts for hydrogen production
Nanoform Finland
Helsinki, Finland
Developer of controlled expansion of supercritical solutions for drug nanoforming
Promethean Particles
Nottingham, United Kingdom
Manufacturer of MOFs and nanomaterials using continuous hydrothermal synthesis
Plasmonic
Toronto, Canada
Plasmonic nanoparticles for sensing and photovoltaics
Suzhou Xingshuo Nanotech
Suzhou, China
High-purity metal and oxide nanoparticle manufacturer
Indium Corporation
Clinton, United States
Specialty alloys and thermal interface materials
CMC Materials
Aurora, United States
CMP slurries and pads for semiconductor polishing
Reinste Nano Ventures
New Delhi, India
Nanomaterial manufacturer and supplier
CINVESTAV Nano
Mexico City, Mexico
Mexico's premier advanced studies center with nano programs
Sigma-Aldrich Mexico
Toluca, Mexico
Nanomaterial supplier and manufacturing in Mexico
Mintek
Johannesburg, South Africa
Minerals research with nanotechnology programs
NanoSA
Johannesburg, South Africa
Nanomaterial manufacturer and distributor in Africa
L'Oréal Nano
Paris, France
Pioneering nanotechnology in cosmetics and skincare
BASF Care Chemicals
Ludwigshafen, Germany
Nano-encapsulation and delivery for personal care
Nanovetores
Florianópolis, Brazil
Nanoencapsulation technology for cosmetics
Aqua-Pure Ventures
Minneapolis, United States
Nanofiltration membranes for water treatment
Vesta Nanotechnologies
Cincinnati, United States
Nano-enhanced fertilizers for agriculture
Nano Green Sciences
Hyderabad, India
Nano-enabled agricultural products
T2 Biosystems
Lexington, United States
Magnetic nanoparticle-based diagnostics
Nanoimmunotech
A Coruña, Spain
Immunomagnetic nanoparticles for diagnostics
Particular GmbH
Hannover, Germany
Laser-ablated colloidal nanoparticles
Nanomaterials Technology
Singapore, Singapore
High-purity ceramic nanopowders
Nanonord
Aalborg, Denmark
NMR-based nano-sensors for process control
ApNano Materials
Ness Ziona, Israel
Inorganic fullerene-like nanoparticles
NanoPack
Haifa, Israel
Antimicrobial nano food packaging
Nanoprobes
Yaphank, United States
Gold nanoparticle conjugates for imaging
NanoCarrier Co., Ltd.
Chiba, Japan
Polymeric micellar nanoparticle drug delivery for cancer therapeutics
BioDynamics Laboratory
Tokyo, Japan
Nanogel and polymer technology for drug delivery applications
Nanospectra Biosciences
Houston, United States
Gold nanoshell photothermal ablation therapy for cancer
NH TherAguix
Villeurbanne, France
Gadolinium-based nanoparticles for MRI-guided radiotherapy
Midatech Pharma
Abingdon, United Kingdom
Gold nanoparticle drug conjugates for oncology therapeutics
Nikalyte
Canterbury, United Kingdom
PVD nanoparticle production systems for research and industry
Shoei Chemical
Tokyo, Japan
Metal nanoparticle pastes and electronic materials
Tanaka Kikinzoku
Tokyo, Japan
Precious metal nanoparticles and catalysts
Evonik Industries
Essen, Germany
Fumed silica nanoparticles and specialty chemicals
Ceramisphere
Sydney, Australia
Ceramic nanoparticle drug delivery systems
Camurus
Lund, Sweden
FluidCrystal lipid-based drug delivery systems
Hanmi Pharmaceutical
Seoul, South Korea
LAPSCOVERY long-acting drug delivery platform
Zhejiang Medicine
Shaoxing, China
API manufacturer with nano-formulation capabilities
PharmaBlock Sciences
Nanjing, China
Building blocks and CDMO for nanomedicine synthesis
Luye Pharma Group
Yantai, China
Advanced drug delivery including microspheres and liposomes
PharmaEngine
Taipei, Taiwan
Liposomal formulations for cancer treatment
CNT Company
Incheon, South Korea
Carbon nanotube synthesis and products
Advano
New Orleans, United States
Silicon nanoparticle anode materials
Particular Technology
Hannover, Germany
Laser-generated nanoparticles for industrial applications
Attomol
Bronkow, Germany
Nanoparticle-based diagnostic systems
Nano4Imaging
Düsseldorf, Germany
Iron oxide nanoparticles for MRI contrast agents
Ad-Nano Technologies
Bangalore, India
Silver and other metal nanoparticle manufacturer
Nano Biotecnologia SA
São Paulo, Brazil
Nanotechnology for cosmetic and pharmaceutical applications
NanoScoping
Curitiba, Brazil
Nanoscale microscopy and analysis services
Givaudan
Vernier, Switzerland
Flavors and fragrances with nano-encapsulation
Altana AG
Wesel, Germany
Specialty chemicals for coatings, adhesives, and sealants
Hunan Changyuan Lico
Changsha, China
Ternary cathode materials for batteries
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
Meliorum Technologies
Rochester, United States
Nanoparticle additives for industrial applications
Celator Pharmaceuticals
Vancouver, Canada
Liposomal nanoparticle drug delivery for combination cancer therapies
NanOlogy
Fort Worth, United States
Submicron particle technology for localized drug delivery in cancer treatment
Serum Institute of India
Pune, India
World's largest vaccine manufacturer exploring nanoparticle vaccine technology
Particle Sciences
Bethlehem, United States
Drug delivery and formulation development including nanoparticle systems
Hovione
Loures, Portugal
CDMO with spray-dried nanoparticle and amorphous dispersion technologies
Cambrex
East Rutherford, United States
Contract manufacturer with particle engineering and nanoformulation capabilities
BioVision
Milpitas, United States
Life science reagents including nanoparticle-based assays and detection kits
Creative Diagnostics
Shirley, United States
Diagnostic reagents including gold and magnetic nanoparticles for lateral flow assays
Cytodiagnostics
Burlington, Canada
Gold nanoparticles and conjugates for lateral flow and diagnostic applications
nanoComposix
San Diego, United States
Engineered nanoparticles for biomedical, diagnostic, and research applications
Ocean NanoTech
San Diego, United States
Quantum dots, iron oxide, and magnetic nanoparticles for biomedical research
Nanocs
New York, United States
PEGylation reagents and functionalized nanoparticles for biomedical applications
Spherotech
Lake Forest, United States
Microspheres and nanoparticles for flow cytometry, diagnostics, and research
Bangs Laboratories
Fishers, United States
Microspheres and polymer beads for diagnostics and flow cytometry
Miltenyi Biotec
Bergisch Gladbach, Germany
Magnetic cell separation using superparamagnetic nanoparticles
STEMCELL Technologies
Vancouver, Canada
Cell separation and culture products using magnetic nanoparticle technology
Akadeum Life Sciences
Ann Arbor, United States
Microbubble technology for fast, gentle cell separation and enrichment
Roche Diagnostics
Basel, Switzerland
Clinical diagnostics leader with nanoparticle-enhanced immunoassays
bioMérieux
Marcy-l'Étoile, France
In vitro diagnostics with nanoparticle-based detection technologies
Polygiene
Malmö, Sweden
Antimicrobial and odor control technologies using silver chloride for textiles
Sanitized AG
Burgdorf, Switzerland
Antimicrobial and hygiene function additives for textiles and polymers
SUEZ Water Technologies
Paris, France
Water treatment technologies including advanced membrane systems
Parker Hannifin Filtration
Cleveland, United States
Filtration systems including nanofibrous and membrane technologies
National Chemical Laboratory
Pune, India
CSIR laboratory specializing in catalysis and nanotechnology research
Zhejiang University Nano
Hangzhou, China
Top Chinese university with State Key Lab of Silicon Materials
TriboTEX
Yakima, United States
Nanoparticle engine treatment that rebuilds worn surfaces
nanoComposix Europe
Prague, Czech Republic
European distribution of precision nanoparticles
BBI Solutions
Cardiff, United Kingdom
Gold nanoparticles and reagents for in-vitro diagnostics
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
NanoAmor China
Shenzhen, China
Chinese nanomaterials manufacturing and distribution
Nanophase Technologies
Romeoville, United States
Engineered nanomaterials for personal care and industrial uses
NanoMaterials Technology
Singapore, Singapore
Nano precipitated calcium carbonate for plastics and rubber
NanoBright
Tempe, United States
Fluorescent nanoparticles for bioimaging applications
Nanothinx
Patras, Greece
Greek carbon nanotube producer
Resilience
San Diego, United States
Biomanufacturing company building sustainable network for complex medicine production
Running Tide
Portland, United States
Ocean-based carbon removal company using kelp and ocean alkalinity
Bayer Crop Science
Monheim am Rhein, Germany
Bayer crop science division providing seeds, traits, and crop protection
FMC Corporation
Philadelphia, United States
Agricultural sciences company providing crop protection solutions
International Flavors & Fragrances
New York, United States
Specialty ingredients company providing flavors, fragrances, and food solutions
Nautilus
Vancouver, United States
Fitness equipment company with Bowflex and Schwinn brands
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
Tesla
Austin, United States
Electric vehicle and clean energy company leading the EV revolution
Denso
Kariya, Japan
Japanese automotive supplier and Toyota Group member
Anuvia Plant Nutrients
Zellwood, United States
Sustainable fertilizer technology
Sound Agriculture
Emeryville, United States
Plant nutrition and crop performance
BASF Agricultural Solutions
Ludwigshafen, Germany
Crop protection and seeds
Nufarm
Melbourne, Australia
Crop protection and seed technologies
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
Izon Science
Christchurch, New Zealand
Tunable resistive pulse sensing
Spectradyne
Signal Hill, United States
Nanoparticle Analyzer based on microfluidic resistive pulse sensing
Particle Metrix
Inning am Ammersee, Germany
Nanoparticle tracking and zeta potential
pSivida (Eyepoint)
Watertown, United States
Sustained ocular drug delivery
NN-Labs
Fayetteville, United States
Quantum dots and nanomaterials supplier
Nvigen
Sunnyvale, United States
Magnetic nanoparticle bioseparation
Ademtech
Pessac, France
Superparamagnetic beads for diagnostics
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
Nanosphere Inc
Northbrook, United States
Gold nanoparticle-based molecular diagnostics
Nanomi
Oldenzaal, Netherlands
Membrane emulsification for nanoparticle production
NanoGram Corporation
Milpitas, United States
Laser pyrolysis nanomaterials for batteries and displays
Nanoscale Components
Manhattan, United States
Reactive nanoparticles for environmental remediation
Avantama
Stäfa, Switzerland
Advanced quantum dot and nanoparticle materials for displays and lighting
Sicona Battery Technologies
Sydney, Australia
Silicon anode materials for high energy density batteries
SeraGene Therapeutics
London, United Kingdom
RNA and nanomedicine treatments for blood disorders
Madrigal Mental Care
Boston, United States
Organic nanoparticle drug delivery for mental health
BioPrime AgriSolutions
Pune, India
Nanotechnology solutions for agriculture
Nanova
Mumbai, India
Nanomaterial manufacturing for various applications
KorganoTech
Seoul, South Korea
Nanotechnology-based air filters
Nanobiotec
Madrid, Spain
Nanomedicine and drug delivery solutions
GetNanoMaterials
Saint-Cannat, France
European nanomaterial distributor
Zylo Therapeutics
Minneapolis, United States
Sustained-release drug-delivery system using hydrogel-derived nanoparticles
iCeutica
Sydney, Australia
Encapsulated Organic Nanoparticles (EON) platform for nano-sized drug particles
Helex
Boston, United States
Lipid nanoparticle technology for targeted drug delivery for kidney diseases
Meda Biotech
Shanghai, China
Hybrid-nanoengineered water soluble drugs optimizing drug trafficking to disease sites
BioPact
Delft, Netherlands
Nanoformulation technology for drug delivery applications
DUST Identity
Boston, United States
Diamond nanoparticle-based authentication and security solutions
Nanostine
Valencia, Spain
Ultra-pure nanostructured coatings using magnetron sputtering
Poly-Dtech
Strasbourg, France
Fluorescent nanoparticle-based immunoassays and lateral flow tests for biomarker detection
Sona Nanotech
Halifax, Canada
Non-toxic gold nanorods for photothermal therapy and tumor-targeting drug delivery
Blueberry Therapeutics
Manchester, United Kingdom
Polymer nanoparticles for treating fungal infections with 83% efficacy
Natural Immunogenics
Sarasota, United States
Colloidal silver nanoparticle products for antimicrobial applications
Nanogen
Ho Chi Minh City, Vietnam
Pharmaceutical-grade silver nanoparticle antimicrobial solutions
Silversol
Salt Lake City, United States
Silver nanoparticle technology for wound care and antimicrobial applications
Nano-Yield
Kansas City, United States
Patented nanotechnology for crop enhancement and precision agriculture
NanoScientifica
Stockholm, Sweden
Automated sustainable nanoparticle production from recycled metals
Tandem Nano
Boston, United States
Nanoformulation delivery solutions for agriculture and pharmaceuticals
Coromandel Nano Fertilizers
Secunderabad, India
Large-scale nano fertilizer production for sustainable agriculture
NanoVeda
Mumbai, India
Nanotechnology-based wellness and skincare products
Jiangsu NanoMat
Nanjing, China
Large-scale nanomaterial and nanoparticle production in China
Nano Textile
Tel Aviv, Israel
Single-step zinc oxide nano-coating for permanent antibacterial textiles
QuantumSphere
Santa Ana, United States
Metallic nanoparticle catalysts for fuel cells and batteries
NanoBioTech Turkey
Istanbul, Turkey
Plant-based antimicrobial nanoparticles from silver, zinc, and iron
Distinkt
San Francisco, United States
Nanoparticle inks for invisible tamper-proof packaging authentication
Global Nano Additives
Monterrey, Mexico
Eco-friendly nanoadditives for extreme temperature lubricants
SofSera
Tokyo, Japan
Hydroxyapatite nanoparticles for dental and biomedical applications
DIVERSA Technologies
Santiago de Compostela, Spain
Innovative nanoparticle formulations for drug delivery
DIANT Pharma
San Diego, United States
LiFT continuous manufacturing system for lipid nanoparticles at GMP scale
BioMagnetic Solutions
State College, United States
Magnetic nanoparticle solutions for bioseparation and diagnostics
AMT Smart Materials
Boise, United States
Magnetorheological fluids for automotive and industrial applications
MagForce
Berlin, Germany
Magnetic nanoparticle hyperthermia therapy for brain tumors
Micromod Partikeltechnologie
Rostock, Germany
Magnetic micro and nanoparticles for life science applications