5
6
Carbon & 2D
14
Silicon
22
Titanium
23
Vanadium
26
Iron
28
Nickel
29
Copper
40
Zirconium
47
Silver
50
Tin
51
Antimony
57
Lanthanum
74
Tungsten
83
Bismuth
—
Organic
Complete catalog Search all 66 material records
66 material(s)
BN
Aurexene Materials hBN is a family of thermally conductive, electrically insulating platelet powders for thermal fillers and TIMs, epoxy molding compounds, underfills, encapsulants, and HBM package heat paths.
Boron Families Thermal ConductivityFiller Loading
Nominal grade composition, reported as SnO₂ wt% / Sb2O3-equivalent wt%: 85/15, 90/10, 92/8, or 95/5. Confirm the reporting basis on the selected grade COA.
Antimony tin oxide (ATO) is antimony-doped tin oxide, commonly represented as Sb-doped SnO₂. It is a transparent conductive oxide used in transparent conductive materials, antistatic coatings, near-infrared shielding films, solar-control coatings, and light-color ESD systems. Aurexene Materials is an ATO powder manufacturer supplying ATO-T85, ATO-T90, ATO-T92, and ATO-T95 in micro and nano size families with nominal SnO₂ / antimony oxide-equivalent ratios listed in the grade matrix.
Tin Families IR ShieldingTransparent Conductive Oxide
Cs0.33WO3
Cesium tungsten bronze (Cs0.33WO3) is screened as a static transparent NIR absorber for solar-control coatings and window-film formulations when electrical conductivity is not the main requirement; qualify the grade in the final film.
Tungsten Families IR ShieldingOptical Coatings
Emerging Applications
Graphitic carbon; interconnected graphene or reduced graphene oxide sheets
3D Graphene is a porous graphene architecture made from interconnected sp2 carbon sheets, used where accessible surface area, ion diffusion, light weight, compressibility, and continuous electron pathways matter more than dense through-plane thermal transport.
Carbon and 2D Families Graphene / GNP AdditivesConductive Additives
Emerging Applications
Carbon
Acetylene Black is a high-purity conductive carbon black with a chain-like aggregate structure for evidence-gated conductive-network review.
Carbon and 2D Families Conductive NetworksCarbon Additives
Bi2O3
Alpha Bismuth Oxide is the alpha-phase Bi2O3 member of the Bismuth Oxide family, shown as a pale-yellow powder without grade-specific phase-performance claims.
Bismuth Families BismuthOxide Materials
Applications
Emerging Applications
NH4VO3
Ammonium Metavanadate (NH4VO3) is an ammonium-bearing vanadate precursor powder. Its precursor chemistry and decomposition route separate it from V2O5 oxide feedstock and sodium metavanadate.
Vanadium Families Vanadium Functional MaterialsVanadate
Applications
Emerging Applications
C6H12O6Sb2
Antimony glycolate is an antimony process-chemistry material for polyester esterification or polycondensation catalyst screening, supplied as a white crystalline solid with purity pending approved TDS/SDS context.
Antimony Families AntimonyCatalysis
Emerging Applications
Sb2O3
Antimony Trioxide (Sb2O3) fine white oxide powder with grade-dependent particle-size and purity ranges.
Antimony Families AntimonyOxide Materials
Applications
Emerging Applications
DND
AX-DND is an evaluation-stage diamond material family for controlled thermal-interface, polymer, electronic-packaging, and nanofluid formulation development.
Carbon and 2D Families Thermal ConductivityThermal Management
Cu2(OH)PO4
BCHP (Copper hydroxy-phosphate) for Laser Marking Pigments and LDS/MID.
Copper Families Laser MarkingPolymer Additives
Applications
Emerging Applications
Bi2O3
Beta Bismuth Oxide is the beta-phase Bi2O3 member of the Bismuth Oxide family, shown as a bright-yellow powder. Confirm ceramic and optical behavior for the selected grade and application.
Bismuth Families BismuthOxide Materials
Applications
Emerging Applications
BiNi1-xFexO3
Bismuth Based Series is a BiNi1-xFexO3 bismuth-nickel-iron oxide material family whose large negative expansion is localized to a grade-dependent phase-transition range.
Bismuth Families Thermal ExpansionCTE Control
Applications
Bi2O3
Bismuth Oxide is the Bi2O3 family and base-material gateway for phase, grade, supplied-form, laser, optical, ceramic, catalyst, electrolyte, and sensor review.
Bismuth Families BismuthOxide Materials
Applications
Emerging Applications
Bi2S3
Bismuth Sulfide (Bismuth sulfide-based additive) for IR Shielding Coatings and Optical Black Coatings, with controlled inorganic particle morphology.
Bismuth Families Optical AbsorptionLaser Marking
Applications
Emerging Applications
PBK-535
Titanium Oxide Black (PBK-535) is available in Micro and Nano grades for black-pigment formulation review.
Titanium Families Laser MarkingOptical Absorption
Applications
Emerging Applications
Ca-Bi2O3
Ca-Doped Bismuth Oxide (Bi2O3 main phase with Ca-Bi composite oxide phase context such as Ca2Bi2O5) for Laser Marking Pigments and Optical Black Coatings, plus application-specific functional-ceramic screening, with calcium-doped bismuth oxide / ca-bi composite oxide additive particles.
Bismuth Families Laser MarkingBismuth
Applications
Emerging Applications
Carbon
Carbon Fiber / VGCF is a vapor-grown carbon fiber material route for conductive, thermal, reinforcement, antistatic, and battery-additive screening.
Carbon and 2D Families Carbon FiberConductive Additives
CaCu3Ti4O12
CCTO (CaCu3Ti4O12) ceramic oxide particles for Laser Marking Pigments, LDS/MID screening, and electronic-ceramic study routes.
Copper Families Ceramic MaterialsDielectric Materials
Emerging Applications
CNT / GNP
CNTxGNP is a hybrid carbon nanotube and graphene nanoplatelet material platform for conductive, EMI shielding, ESD, thermal management, carbon dispersion, and electrothermal applications.
Carbon and 2D Families Hybrid NanofillersCarbon Dispersion
C
Conductive Carbon Black (C) for Conductive Materials and ESD Materials.
Carbon and 2D Families Conductive AdditivesCarbon Materials
Applications
Emerging Applications
CuCr2O4
Copper Chromite (Copper-chromium inorganic system) for Laser Marking Pigments and LDS/MID.
Copper Families Laser MarkingPolymer Additives
Applications
Emerging Applications
Cu-doped SnO2 or CuO-doped SnO2; dopant level, copper oxidation state, and secondary phases require grade confirmation
Cu-Doped Tin Oxide is a good laser-marking pigment option for antimony-free formulations and a copper-doped SnO2 material for other evidence-gated doped-oxide applications.
Tin Families Tin MaterialsOxide Materials
Cu-Zn-V
Cu-Zn-V Complex Vanadate is a Cu2-xZnxV2O7 material family for NTE systems. The reference high-NTE fine-particle phase is beta-Cu1.8Zn0.2V2O7; literature values remain phase- and process-specific.
Vanadium Families Thermal ExpansionCTE Control
Applications
Bi2O3
Delta Bismuth Oxide is the delta-phase Bi2O3 member of the Bismuth Oxide family. The record separates phase identity from grade claims and routes ceramic, optical, laser, and catalyst decisions to linked Application pages.
Bismuth Families BismuthOxide Materials
Applications
Emerging Applications
Cu-Mn-Fe
Eco Black is a Cu-Mn-Fe black pigment system for white or light visual laser marking on opaque black polymer and for optical-black formulations.
Iron Families Optical AbsorptionPigment Systems
Applications
Few-walled carbon nanotubes
FWCNT is treated as the reusable few-walled carbon nanotube material; supplied dispersions belong under this material rather than as separate materials.
Carbon and 2D Families Carbon NanotubesConductive Additives
Grade-specific Gemini dispersion-additive system; exact chemical identity and active content require approved grade documentation.
Gemini Dispersant System is a grade-specific carbon dispersion additive for screening with CNT, graphene-family materials, and conductive carbon black where wetting or re-agglomeration control is limiting.
Organic Families Dispersant SystemsCarbon Dispersion
Graphitic carbon
YXL-GP15 is a physically exfoliated graphene nanoplatelet powder for conductive and thermal material development.
Carbon and 2D Families GrapheneElectrical Conductivity
Oxidized graphene carbon sheets with oxygen-containing functional groups
GO (graphene oxide) is an oxidized graphene-sheet material made by KMnO4/H2SO4 oxidation of graphite. Its oxygen-containing surface functionality gives strong polar-media dispersibility and a controllable oxidation/reduction platform for chemical transformation and graphene-like carbon restoration.
Carbon and 2D Families GrapheneTwo-Dimensional Materials
Graphene / Cu
Graphene-Cu is a graphene-copper hybrid for coupled thermal and electrical pathways. A customer-commissioned third-party test of Aurexene Materials-supplied bulk sample SC-G16 reported thermal conductivity of 610.3 W/(m·K), specific heat capacity of 0.596 J/(g·K), and thermal diffusivity of 115.9 mm²/s at 25 °C under GB/T 22588-2008.
Copper Families GrapheneCopper
g-C3N4
Graphitic Carbon Nitride (g-C3N4) is a layered carbon-nitride material for Catalysis, Energy Storage, and Carbon Dispersion, available as powder or dispersion with grade-dependent particle, sheet, surface-area, and colloidal-stability characteristics.
Carbon and 2D Families Carbon NitrideTwo-Dimensional Materials
Applications
Emerging Applications
BN / AlN
hBNxAlN is a reusable hBN and AlN hybrid thermal filler route for insulating thermal systems, TIMs, gap fillers, and thermal coatings.
Boron Families Thermal ManagementHeat Dissipation Fillers
BN / CNT
hBNxCNT is a public-safe carbon and boron nitride hybrid filler platform for thermal management, heat dissipation fillers, hybrid thermal-conductive fillers, polymer composite additives, and surface compatibility screening.
Boron Families Thermal ManagementHeat Dissipation Fillers
Applications
HFS
Aurexene Materials Hydrophobic Fumed Silica is an 11-grade family of surface-treated synthetic amorphous silica powders for rheology, suspension, anti-sag, reinforcement, and powder-flow control.
Silicon Families RheologyDispersion
IL-Graphene
Ionic-Liquid Exfoliated Graphene is a specific graphene-derived material with large flakes, low defects, high conductivity retention, and dispersion stability for conductive, EMI, ESD, and electrode systems.
Carbon and 2D Families Graphene / GNP AdditivesConductive Additives
Tin-containing indium oxide (ITO); exact grade composition and analytical basis are confirmed during quotation or sample qualification.
Indium tin oxide (ITO) is a tin-containing indium oxide transparent conductive oxide and a transparent-electrode candidate for electrochromic glazing stacks. Keep supplied powder and ceramic-target records separate from deposited-film evidence, and qualify the finished optical-electrical stack for the intended process.
Tin Families Transparent Conductive OxideOptical Coatings
Applications
Emerging Applications
LaB6
Lanthanum hexaboride (LaB6) is a conductive refractory boride available for NIR-absorbing nanoparticle and thermionic-cathode screening routes, with form-specific qualification required before use.
Boron Families IR ShieldingOptical Absorption
LTO
Lanthanum Titanate is a phase-sensitive lanthanum–titanium oxide material family. La2Ti2O7 is the commercially relevant route for lead-free high-temperature dielectric and ferroelectric ceramic screening; LaTiO3 remains a separate correlated-oxide research route.
Lanthanum Families Electronic Ceramics & Dielectrics
Emerging Applications
Multi-walled carbon nanotube
For engineering teams comparing an MWCNT supplier, Aurexene Materials provides industrial MWCNT powder and aqueous MWCNT dispersion grades for technical qualification in conductive compounds, ESD, EMI, battery-electrode, and electrothermal systems.
Carbon and 2D Families PercolationElectrical Conductivity
Ti3C2Tx (T = O, H, F, etc.)
MXene (Ti3C2Tx MXene family) for Conductive Materials and EMI Shielding Materials.
Titanium Families Two-Dimensional MaterialsElectrical Conductivity
Ag
Nano Ag Powder is nanoscale silver powder with Ag chemical identity. Silver chemistry and conductive-particle morphology separate this material route from copper, nickel, and tin nanopowders.
Silver Families Nano Metal PowdersConductive Additives
Cu
Nano Cu Powder is nanoscale copper powder with Cu chemical identity. Copper chemistry, bulk and theoretical density context, and oxidation-sensitive handling distinguish it from silver, nickel, and tin nanopowders.
Copper Families Nano Metal PowdersConductive Additives
Applications
Emerging Applications
Ni
Nano Ni Powder is nanoscale nickel powder with Ni chemical identity. Magnetic material context distinguishes its screening route from silver, copper, and tin nanopowders.
Nickel Families Nano Metal PowdersMagnetic Conductive Materials
Silver-particle conductive paste; exact solids, vehicle, and additive package vary by grade
For teams evaluating a nano silver paste supplier, Aurexene Materials offers a conductive silver paste family for printed electronics whose substrate, print method, cure conditions, geometry, and electrical targets must be matched to the selected grade.
Silver Families Nano Metal PowdersConductive Additives
Sn
Nano Sn Powder is nanoscale tin powder with Sn chemical identity. It is a standalone metal nanopowder, distinct from titanium nitride and the SWCNT-nano-Sn hybrid material.
Tin Families Nano Metal PowdersTin Materials
Applications
CₓHᵧO𝓏 reduced graphene oxide (non-stoichiometric)
rGO (reduced graphene oxide) is a partially reduced, defect-rich reduced graphene-sheet material with lower oxygen functionality. Its residual oxygen chemistry, reduction state, sheet contacts, and dispersion quality define the material-level integration boundary.
Carbon and 2D Families GrapheneElectrical Conductivity
SbCl3
SbCl3 antimony trichloride for Lewis-acid catalyst screening, with white crystalline solid or colorless crystals.
Antimony Families CatalysisAntimony
Emerging Applications
NaVO3
Sodium Metavanadate (NaVO3) for Catalysis and Negative Thermal Expansion (NTE) Systems, with white to faint yellow-beige or pale green powder/crystals.
Vanadium Families Vanadium Functional MaterialsVanadate
Applications
Emerging Applications
SrVO3
SrVO3 (strontium vanadate) is a phase-specific correlated perovskite oxide for optical, IR, photothermal, and transparent-conductor qualification.
Vanadium Families Vanadate MaterialsOptical Response
Carbon
Aurexene Materials manufactures SWCNT powder and supplied dispersions or conductive slurry routes for low-loading conductive networks, ESD, premium EMI layers, advanced electrodes, and thin coatings.
Carbon and 2D Families PercolationElectrical Conductivity
SWCNT / Ag
SWCNT-nano-Ag is a SWCNT and nanoscale silver hybrid route for high-conductivity, contact-resistance, conductive coating, and EMI shielding screening.
Silver Families Metal-Nanocarbon CompositesConductive Additives
SWCNT / Cu
SWCNT-nano-Cu is a SWCNT and nanoscale copper hybrid route for conductive coating, EMI shielding, and thermal-electrical pathway screening.
Copper Families Metal-Nanocarbon CompositesConductive Additives
SWCNT / Ni
SWCNT-nano-Ni is a SWCNT and nanoscale nickel hybrid route for magnetic-conductive coatings, corrosion-resistant conductive pathways, and EMI shielding concepts.
Nickel Families Metal-Nanocarbon CompositesConductive Additives
SWCNT / Sn
SWCNT-nano-Sn is a SWCNT and nanoscale tin hybrid route distinct from standalone Nano Sn Powder and TiN titanium nitride.
Tin Families Metal-Nanocarbon CompositesConductive Additives
Applications
V4O7
Tetravanadium Heptoxide (V4O7) is an evidence-pending mixed-valence vanadium oxide for phase, IR-shielding, and catalysis research review.
Vanadium Families Vanadium Functional MaterialsOxide Materials
Applications
Emerging Applications
TiN
Titanium nitride (TiN) nanopowder for material and coating research screening. The Aurexene Materials supplied grade has a 30–50 nm particle-size range.
Titanium Families Photothermal HeatingOptical Absorption
Emerging Applications
TiO1.5-1.8N0.2-0.4 oxygen-rich titanium oxynitride; O:N ≈5:1
Research-grade titanium oxynitride (TiON) nanoparticles: an oxygen-rich, black, absorptive functional powder for optical, photothermal, conductive-coating, and related research evaluation.
Titanium Families IR ShieldingOptical Absorption
Emerging Applications
Ti4O7
Titanium Suboxide is a Ti4O7 Magneli-phase conductive ceramic powder for conductive, electrochemical, and high-opacity black-pigment screens.
Titanium Families TitaniumOxide Materials
Applications
Emerging Applications
VO2
Vanadium Dioxide (VO2) is a thermochromic phase-transition oxide candidate for Smart Glazing and thermally responsive IR-control coatings.
Vanadium Families Vanadium Functional MaterialsOxide Materials
Applications
Emerging Applications
V2O5
Vanadium Pentoxide (V2O5) is an orthorhombic vanadium oxide powder and an electrochromic active- or counter-electrode candidate. Oxide-feedstock identity and density context distinguish it from ammonium and sodium metavanadate precursor routes; glazing use requires device-level validation.
Vanadium Families Vanadium Functional MaterialsOxide Materials
Applications
Emerging Applications
V2O3
Vanadium(III) Oxide (V2O3) is an evidence-pending lower-valence vanadium oxide for phase, IR-shielding, and catalysis research review.
Vanadium Families Vanadium Functional MaterialsOxide Materials
Applications
Emerging Applications
Zr2SP2O12
Zirconium Sulfate Phosphate is an alpha-Zr2SP2O12 framework ceramic in the zirconium NTE family. Its sulfate-phosphate composition keeps it distinct from tungstate-phosphate and ZrW2O8 routes.
Zirconium Families Thermal ExpansionCTE Control
Applications
ZrW2O8
Zirconium Tungstate (ZrW2O8) for Negative Thermal Expansion (NTE) Systems, with inorganic particles.
Zirconium Families Thermal ExpansionCTE Control
Applications
Zr2WP2O12
Zirconium Tungstate Phosphate is a Zr2WP2O12 framework ceramic in the zirconium NTE family. Tungstate-phosphate composition and linked composite sintering evidence distinguish it from sulfate-phosphate routes.
Zirconium Families Thermal ExpansionCTE Control
Applications
ZrN (zirconium nitride)
Fine zirconium nitride black pigment for UV-curable films, adhesives, paints, and coatings that require UV transmission with visible-light shielding.
Zirconium Families
Applications
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