The Critical Role of Materials Science in Nanotechnology
Nanotechnology is advancing faster than almost any other field in materials science — and the properties that define performance at the nanoscale differ fundamentally from those of bulk materials. Surface area-to-volume ratio, quantum effects, particle morphology, and size distribution all have a direct impact on how a nanomaterial behaves in its final application.
Goodfellow supplies nanotubes, nanorods, nanoparticles, and nanofibers across a range of elemental and compound compositions, supporting applications in pharmaceuticals, electronics, protective coatings, and emerging areas including magnetic nanoparticles, composite particles, polymeric particles, and self-assembling systems. Our materials are characterized to the specifications researchers and engineers need — with the technical support to match material properties to application requirements.
From Materials Selection to Nanoscale Fabrication
Nanomaterials applications demand more than a reliable supply of high-purity stock. Goodfellow supports researchers and engineers across materials selection, characterization, and fabrication — including electron beam lithography, ion beam etching, nano patterning, and stereolithography for precise positioning of nanostructures onto substrates such as silicon wafers.
Our catalog of 170,000+ advanced materials spans the full range of nanomaterial classes, with technical expertise to match material properties to application requirements — from semiconductor components and advanced electronics to nanomaterial-enhanced coatings for wind and hydroelectric power generation.
Nanomaterial Characterization Services
Accurate characterization is essential to understanding how a nanomaterial will perform — particle size distribution, morphology, and elemental composition must all be precisely determined before a material can be confidently specified for research or production use.
Nanomaterial characterization including DLS particle sizing, SEM analysis, and ICP-MS elemental analysis is available through our ISO/IEC 17025-accredited specialist materials testing laboratory.
- Alumina Spherical Powder Alumina spherical powder is high‑purity Al2O3 with uniform spherical morphology, high flowability, packing density, and sinterability for AM, PM, substrates, transparent ceramics, abrasives, and thermal barrier coatings.each
Starting at $218.00
In stockDiscounts applied for volume purchasesAlumina spherical powder is high‑purity Al2O3 with uniform spherical morphology, high flowability, packing density, and sinterability for AM, PM, substrates, transparent ceramics, abrasives, and thermal barrier coatings. - Alumina Toughened Zirconia Powder (ATZ) Alumina toughened zirconia powder (ATZ) combines zirconia toughness with alumina hardness for improved crack resistance, strength, and aging performance in implants, cutting tools, bearings, and complex ceramic components.each
Starting at $354.00
In stockDiscounts applied for volume purchasesAlumina toughened zirconia powder (ATZ) combines zirconia toughness with alumina hardness for improved crack resistance, strength, and aging performance in implants, cutting tools, bearings, and complex ceramic components. - Ammonia-modified Graphene Oxide Powder Ammonia‑modified graphene oxide powder provides enhanced conductivity and surface reactivity for membranes, electrodes, and catalysis.each
Starting at $810.00
In stockDiscounts applied for volume purchasesAmmonia‑modified graphene oxide powder provides enhanced conductivity and surface reactivity for membranes, electrodes, and catalysis. - BioHastalex® Graphene Composite Film BioHastalex is a composite of functionalized graphene oxide and PCU offering high strength, elasticity, electrical conductivity, controlled biodegradation, non-toxic antibacterial behaviour, and hydrophobicity for biosensors, implantable devices, and biocompatible biomedical applications.each
Starting at $174.00
In stockDiscounts applied for volume purchasesBioHastalex is a composite of functionalized graphene oxide and PCU offering high strength, elasticity, electrical conductivity, controlled biodegradation, non-toxic antibacterial behaviour, and hydrophobicity for biosensors, implantable devices, and biocompatible biomedical applications. - CamGraph® G1 Graphene Powder CamGraph® G1 graphene powder offers high conductivity, surface area, and mechanical strength for battery electrodes, composites, EMI shielding, lubricants, and scalable graphene applications.each
Starting at $233.00
In stockDiscounts applied for volume purchasesCamGraph® G1 graphene powder offers high conductivity, surface area, and mechanical strength for battery electrodes, composites, EMI shielding, lubricants, and scalable graphene applications. - CamGraph® G3 Graphene Powder CamGraph® G3 graphene powder delivers ultra-high surface area and conductivity for advanced batteries, thermal polymers, EMI shielding, lubrication, and high-performance graphene systems.each
Starting at $186.00
In stockDiscounts applied for volume purchasesCamGraph® G3 graphene powder delivers ultra-high surface area and conductivity for advanced batteries, thermal polymers, EMI shielding, lubrication, and high-performance graphene systems. - Graphene Oxide Powder Graphene oxide powder delivers dispersibility and functionalization for composites, coatings, energy storage, and biomedical systems.each
Starting at $227.00
In stockDiscounts applied for volume purchasesGraphene oxide powder delivers dispersibility and functionalization for composites, coatings, energy storage, and biomedical systems. - Graphene Sheet Graphene sheet offers exceptional conductivity, strength, and transparency for electrodes, batteries, and nanodevices.each
Starting at $890.00
In stockDiscounts applied for volume purchasesGraphene sheet offers exceptional conductivity, strength, and transparency for electrodes, batteries, and nanodevices. - Hastalex® Graphene Composite Film Hastalex combines functionalized graphene oxide with PCU for strong, elastic, and electrically active biomedical composites.each
Starting at $170.00
In stockDiscounts applied for volume purchasesHastalex combines functionalized graphene oxide with PCU for strong, elastic, and electrically active biomedical composites. - Multi-Wall Carbon Nanotube Powder Multi‑wall carbon nanotube powder: conductive, thermally dissipative CNT bundles with UV resistance, flame retardancy, and recyclability; used to reinforce polymers, coatings, and composites across electronics, transport, energy, and sports.each
Starting at $420.00
In stockDiscounts applied for volume purchasesMulti‑wall carbon nanotube powder: conductive, thermally dissipative CNT bundles with UV resistance, flame retardancy, and recyclability; used to reinforce polymers, coatings, and composites across electronics, transport, energy, and sports. - Multi-Wall Carbon Nanotube Sheet Aligned MWCNT sheet: free‑standing CNT sheet with high strength, conductivity, flexibility, and thermal stability; used in composites, flexible electronics, sensors, and energy devices as reinforcement or conductive/thermal layers.each
Starting at $551.47
In stockDiscounts applied for volume purchasesAligned MWCNT sheet: free‑standing CNT sheet with high strength, conductivity, flexibility, and thermal stability; used in composites, flexible electronics, sensors, and energy devices as reinforcement or conductive/thermal layers. - Nanocarbon Whiskers Powder Nanocarbon whiskers powder provides high aspect ratio reinforcement with electrical and thermal conductivity for composites, electrodes, catalytic supports, and nanoscale materials research.each
Starting at $1,060.00
In stockDiscounts applied for volume purchasesNanocarbon whiskers powder provides high aspect ratio reinforcement with electrical and thermal conductivity for composites, electrodes, catalytic supports, and nanoscale materials research. - Silicon Carbide Powder Silicon carbide powder: exceptional hardness, thermal conductivity, and corrosion resistance. Used in abrasives, ceramics, semiconductor substrates, refractory linings, coatings, heat exchangers, fuel cells, and advanced composites.each
Starting at $249.00
In stockDiscounts applied for volume purchasesSilicon carbide powder: exceptional hardness, thermal conductivity, and corrosion resistance. Used in abrasives, ceramics, semiconductor substrates, refractory linings, coatings, heat exchangers, fuel cells, and advanced composites. - each
Starting at $0.00
In stockDiscounts applied for volume purchases - Zirconia Toughened Alumina Powder (Al₂O₃75/ZrO₂25) ZTA powder (Al₂O₃ 75/ZrO₂ 25): composite ceramic with enhanced toughness, thermal‑shock resistance, and wear resistance; used for implants, wear parts, and cutting tools; supports phase‑stability and microstructure studies.each
Starting at $218.00
In stockDiscounts applied for volume purchasesZTA powder (Al₂O₃ 75/ZrO₂ 25): composite ceramic with enhanced toughness, thermal‑shock resistance, and wear resistance; used for implants, wear parts, and cutting tools; supports phase‑stability and microstructure studies. - Zirconia Toughened Alumina Powder (Al₂O₃90/ZrO₂10) ZTA powder (Al₂O₃ 90/ZrO₂ 10): hard, wear‑resistant ceramic with moderate transformation toughening; used for dental restorations, substrates, and mechanical seals; studied for phase kinetics and ageing.each
Starting at $211.00
In stockDiscounts applied for volume purchasesZTA powder (Al₂O₃ 90/ZrO₂ 10): hard, wear‑resistant ceramic with moderate transformation toughening; used for dental restorations, substrates, and mechanical seals; studied for phase kinetics and ageing.
Nanomaterial Applications
Our nanomaterials have been used in a variety of applications, cutting edge technologies and research projects by prestigious industry stakeholders, top-rated universities, and research institutes.
Carbon
These materials, such as nanotubes and graphene, possess exceptional mechanical, thermal, and electrical properties, making them highly versatile for various applications in energy storage devices, such as batteries and supercapacitors, as well as in composite materials for aerospace and biomedical engineering. Their unique properties also hold potential for applications in fields like electronics, catalysis, and sensing technologies.
Aluminum Oxide
These materials exhibit excellent thermal and chemical stability, high hardness, and optical transparency, making them suitable for a range of applications, such as the development of advanced ceramics, coatings, and catalysts, as well as in biomedical devices and sensors. Additionally, alumina nanomaterials have potential uses in energy storage, optoelectronics, and water purification systems.
Silicon Carbide
These nanomaterials possess exceptional mechanical strength, high thermal conductivity, and resistance to corrosion and radiation damage, making them attractive for use in harsh environments. They are being explored for applications in the aerospace and automotive industries, as well as in the development of advanced composites, ceramics, and semiconductor devices. Additionally, silicon carbide nanomaterials have potential uses in biomedical implants, energy storage systems, and high-power electronics due to their unique combination of properties.
Why Goodfellow?
- No minimum order
- Over 170,000 advanced materials and 5,000 reference materials
- Supply Chain Management:
sourcing custom materials for your needs - Materials customization:
Custom parts for prototyping | Full product modification | Micro-machining | Microfabrication | Rolling - Free and fast delivery:
Worldwide shipping and customs clearance, to your door. All orders are dispatched within 48 hours - Commercial arrangements:
Call off orders | Buffer stock | Fixed and contract pricing* | Discounts for increased volumes - We help you innovate into the future.
What's New
