Oxide Nanoparticles
Showing 1–16 of 67 results
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Aluminium Oxide Nanoparticles (Al2O3), ~100 nm, >99%
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Aluminium Oxide Nanoparticles (Al2O3), ~200 nm, >99%
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Aluminium Oxide Nanoparticles (Al2O3), ~25 nm, >99%
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Aluminium Oxide Nanoparticles (Al2O3), 50 nm, >99%
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Antimony Oxide Nanoparticles (Sb2O3), ~150 nm, >99%
Read moreAntimony Oxide Nanoparticles (Sb2O3), ~150 nm, >99%
“In high conductivity applications
As an antistatic additive and a flame retardant in coatings, nanowires, plastics, fiber and textiles
In some alloy and catalyst applications
In electrochromics or electro-optics and magnetic machines and micro-equipment due to their high conductivity” -
Antimony Tin Oxide Nanoparticles (ATO) (Sb2O3:SnO2), ~50 nm, >99%
Read moreAntimony Tin Oxide Nanoparticles (ATO) (Sb2O3:SnO2), ~50 nm, >99%
“1. Ato can be used in LCD, LED and ECD. 2. ATO for Transparent electrode and solar battery. 3. ATO can shield heat when it is used in hot mirror, building or glass curtain wall. 4. ATO can be used in the glass of car, train and plane to protection against fog and frost. 5. Due to the decline of the microwave, ATO can be used in computer room and radar shielding and protecting area where needs to shield electromagnetic wave.
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AZO in Water (AZO), ~25 nm, >99%, 20 wt%
Read moreAZO in Water (AZO), ~25 nm, >99%, 20 wt%
Transparent conductive anti-static coating; As a conductive film liquid on crystal display (LCD); Touch-type display; CRT anti-radiation (EMI, RMI) protection of high-transmittance microscope; Energy conservation and the protection of privacy with the switch-mode transmittance glass (Switch Glazing); Buildings & automotive windows; Sensor; Anti-reflective film; As antifogging and heating panels in boreal regions; As conductive film for optoelectronic components; As electrode for organic light-emitting diodes.
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AZO in Water (AZO), ~50 nm, >99%, 20 wt%
Read moreAZO in Water (AZO), ~50 nm, >99%, 20 wt%
Transparent conductive anti-static coating; As a conductive film liquid on crystal display (LCD); Touch-type display; CRT anti-radiation (EMI, RMI) protection of high-transmittance microscope; Energy conservation and the protection of privacy with the switch-mode transmittance glass (Switch Glazing); Buildings & automotive windows; Sensor; Anti-reflective film; As antifogging and heating panels in boreal regions; As conductive film for optoelectronic components; As electrode for organic light-emitting diodes.
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Bismuth Oxide Nanoparticles (beta) (Bi2O3), ~200 nm, >99%
Read moreBismuth Oxide Nanoparticles (beta) (Bi2O3), ~200 nm, >99%
electrochemical applications, such as in the electrolyte or cathode of solid Oxide fuel cells (SOFC), in bio-medical and cancer imaging and for other photoconductive characteristics in thin films.
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Boron Oxide Nanoparticles (B2O3), ~100nm, >99%
Read moreBoron Oxide Nanoparticles (B2O3), ~100nm, >99%
“In subsurface investigation, oil drilling and high-speed cutting tools
As a metal forming and metal drawing lubricant release agent
In transistors and as plastic resin sealing desiccant polymer additives
Pressed into various shapes and can be used as high temperature, high voltage, insulation, cooling components
As a special high-temperature electrolysis state, resistor material
In the aerospace industry, for use in heat shielding material
As a catalyst for high temperature, high pressure treatment
Mold release for die casting and injection molding
Thermally conductive filler for polymers
Composite ceramics
Starting material for hot-pressed BN parts
For high-voltage high frequency electricity, plasma arc’s insulators, high-frequency induction furnace materials, semi-conducting solid phase admixtures, atom reactor’s structure materials, automatic welding high-temperature coating, preventing neutron radiation’s packing materials, radar antenna’s mediums, radar’s pass box, and rocket engine’s components
As high-temperature lubricants
Mold pressing boron nitride can be used in making high-temperature crucible and other products.” -
Cerium Oxide Nanoparticles (CeO2), ~100 nm, >99%
Read moreCerium Oxide Nanoparticles (CeO2), ~100 nm, >99%
“As a catalyst, and in sunscreens, gas sensors, and cosmetic creams
used in chemical and mechanical polishing (CMP) and in the wood coating industry
Very good optical properties and can filter UV rays.” -
Cobalt (II) Oxide Nanoparticles (CoO), ~100 nm, >99%
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Cobalt (II) Oxide Nanoparticles (CoO), ~50 nm, >99%
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Cobalt(III) Oxide Nanoparticles(Co2O3), ~100 nm, >99%
Read moreCobalt(III) Oxide Nanoparticles(Co2O3), ~100 nm, >99%
“In micro-electronics
As a magnetic Nanoparticless with numerous uses in microbatteries, nanowires, and specific alloy and catalyst applications
In catalysis, superconductors, electronic ceramics and other fields as an important inorganic material
As catalyst and catalyst carriers
As an electrode active materials
For glass, porcelain colorants and pigments
Chemical industry oxidants
Senior goggles and other filter materials
As carbides
In temperature and gas sensors
In electrochromic devices
In enamels, grinding wheels, and solar energy absorbers” -
Copper Oxide Nanoparticles (CuO), ~100 nm, >99%
Read moreCopper Oxide Nanoparticles (CuO), ~100 nm, >99%
“As burning rate catalyst in rocket propellant. It can greatly improve the homogeneous propellant burning rate, lower pressure index, and also perform better as a catalyst for the AP composite propellant
Can be applied to the catalyst, superconducting materials, thermoelectric materials, sensing materials, glass, ceramics and other fields
As ceramic resistors, magnetic storage media, gas sensors, near-infrared tilters, photoconductive and photothermal applications
As semiconductors, solar energy transformation, and high-tech superconductors.” -
Copper Oxide Nanoparticles (CuO), ~250 nm, >99%
Read moreCopper Oxide Nanoparticles (CuO), ~250 nm, >99%
“As burning rate catalyst in rocket propellant. It can greatly improve the homogeneous propellant burning rate, lower pressure index, and also perform better as a catalyst for the AP composite propellant
Can be applied to the catalyst, superconducting materials, thermoelectric materials, sensing materials, glass, ceramics and other fields
As ceramic resistors, magnetic storage media, gas sensors, near-infrared tilters, photoconductive and photothermal applications
As semiconductors, solar energy transformation, and high-tech superconductors.”
