Nanomaterials
Showing 81–96 of 107 results
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Super Activated Carbon Nanoparticles, >99%
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Mainly used in military industry, aviation and aerospace, textile, rubber, functional materials, chemical industry, food, pharmaceutical, electronics technology, environmental protection, etc.
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Tin Nanoparticles (Sn), >99%
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“Magnetic properties of tin Oxide Nanoparticless are used in magnetic data storage and magnetic resonance imaging
As catalysts, energy-saving coatings and anti-static coatings
As electrodes and anti-reflection coatings in solar cells
In the making of gas sensors, optoelectronic devices and resistors
Making of liquid crystal displays.” -
Tin Oxide Nanoparticles (SnO), >99%
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“Magnetic properties of tin Oxide Nanoparticless are used in magnetic data storage and magnetic resonance imaging
As catalysts, energy-saving coatings and anti-static coatings
As electrodes and anti-reflection coatings in solar cells
In the making of gas sensors, optoelectronic devices and resistors
Making of liquid crystal displays.” -
Titanium Carbide Nanoparticles (TiC), >99%
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In the manufacture of wear-resistant tools, cutting tools
As a coating for abrasive steel bearings, wear resistant tools
In the form of nano titanium carbide ceramic in optics applications
Enhance the conductivity of materials and as a nucleating agent. -
Titanium Nanoparticles (Ti), >99%
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Anti-microbials, anti-biotics and anti-fungal agents
Plastics and soaps
Aerospace materials
Optical filters
Microsensors
Coatings, nanofibers, bandages, nanowires and textiles. -
Titanium Nitride Nanoparticles (Cubic) (TiN), >99%
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“Making of plastic packaging materials like PET bottles
In solar vacuum tube, due to high absorption of sunlight
High temperature furnaces for energy consumption
Making of artificial limbs, biological materials
Making optical devices in harsh environments
Used as alloy modificators in cemented carbides.” -
Titanium Nitride Nanoparticles (TiN) Dispersion, >99%, 5wt%
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Used for Modified macromolecule polymers and some functional energy saving films. Artificial limbs; Barrier layer in contact and interconnect metallization; Biological materials cutting tools; Gate electrode in metal-oxide-semiconductor (MOS) transistors; Low-barrier Schottky diode; Optical devices in aggressive environments; Plastic molds; Prostheses; Wear-resistant coating.
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Titanium Oxide (Rutile, coated with Al2O3), >99%
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“Titanium Oxide exhibits good photo catalytic properties, hence is used in antiseptic and antibacterial compositions
Degrading organic contaminants and germs
As a UV-resistant material
Manufacture of printing ink, self-cleaning ceramics and glass, coating, etc.
Making of cosmetic products such as sunscreen creams, Whitening creams, morning and night creams, skin milks, etc.
Used in the paper industry for improving the opacity of paper.” -
Titanium Oxide Nanoparticles (anatase) (TiO2), >99%
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“Titanium Oxide exhibits good photo catalytic properties, hence is used in antiseptic and antibacterial compositions
Degrading organic contaminants and germs
As a UV-resistant material
Manufacture of printing ink, self-cleaning ceramics and glass, coating, etc.
Making of cosmetic products such as sunscreen creams, Whitening creams, morning and night creams, skin milks, etc.
Used in the paper industry for improving the opacity of paper.” -
Titanium Oxide Nanoparticles (anatase+ rutile) (TiO2), >99%
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“Titanium Oxide exhibits good photo catalytic properties, hence is used in antiseptic and antibacterial compositions
Degrading organic contaminants and germs
As a UV-resistant material
Manufacture of printing ink, self-cleaning ceramics and glass, coating, etc.
Making of cosmetic products such as sunscreen creams, Whitening creams, morning and night creams, skin milks, etc.
Used in the paper industry for improving the opacity of paper.” -
Titanium Oxide Nanoparticles (TiO2) Dispersion, >99%, Anatase, 20wt%
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1. UV-resistant material, chemical fiber, plastics, printing ink, coating; 2. Photocatalyst, self-cleaning glass, self-cleaning ceramics, antibacterial material, air purification, sewage treatment, chemical industry; 3. Cosmetics, sunscreen cream, natural white moisture protection cream, beauty and whitening cream, morning and night cream, moistening refresher, vanishing cream, skin protecting cream, face washing milk, skin milk, powder make-up; 4. Coating, printing ink, plastics, foods packing material; 5. Coating for paper-making industry: used for improving the impressionability and opacity of the paper and used for producing titanium, ferrotitanium alloy, carbide alloy etc in the metallurgical industry; 6. Astronautics industry
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Titanium Oxide Nanoparticles (TiO2) Dispersion, >99%, Rutile-Anatase, 30wt%
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1. UV-resistant material, chemical fiber, plastics, printing ink, coating; 2. Photocatalyst, self-cleaning glass, self-cleaning ceramics, antibacterial material, air purification, sewage treatment, chemical industry; 3. Cosmetics, sunscreen cream, natural white moisture protection cream, beauty and whitening cream, morning and night cream, moistening refresher, vanishing cream, skin protecting cream, face washing milk, skin milk, powder make-up; 4. Coating, printing ink, plastics, foods packing material; 5. Coating for paper-making industry: used for improving the impressionability and opacity of the paper and used for producing titanium, ferrotitanium alloy, carbide alloy etc in the metallurgical industry; 6. Astronautics industry
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Titanium Oxide Nanoparticles (TiO2) Dispersion, >99%, Rutile, 25 wt%
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1. UV-resistant material, chemical fiber, plastics, printing ink, coating; 2. Photocatalyst, self-cleaning glass, self-cleaning ceramics, antibacterial material, air purification, sewage treatment, chemical industry; 3. Cosmetics, sunscreen cream, natural white moisture protection cream, beauty and whitening cream, morning and night cream, moistening refresher, vanishing cream, skin protecting cream, face washing milk, skin milk, powder make-up; 4. Coating, printing ink, plastics, foods packing material; 5. Coating for paper-making industry: used for improving the impressionability and opacity of the paper and used for producing titanium, ferrotitanium alloy, carbide alloy etc in the metallurgical industry; 6. Astronautics industry
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Tungsten Disulfide Nanoparticles (WS2), >99%
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“Used in catalysts in processes such as hydrodesulfurization. Also used in oil catalysts.
They are used as solid lubricants, dry film lubricants and in self-lubricating composite materials. They are especially effective in environments of high pressure, high vacuum and high load.
They are also used as semiconductor materials.
Also used as the fuel cells of the anode and anode sensors.” -
Tungsten Nanoparticles (W), >99%
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“Coatings, plastics, nanowires, nanofibers and textiles
Microelectronics films
Electrodes for gas sensors
Sintering additives
Alloys for heat sinks, aerospace and electronic package
Vacuum contactors and vacuum load switches.” -
Yttrium Oxide (Y2O3), >99%
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“In the field of materials science these particles find a number of applications such as imparting colour to the television picture tubes. Also used in making of plasma and flat panel displays.
Yttrium iron garnets which are derived from yttrium Oxide are used as powerful microwave filters.
Yttrium Oxide is a vital starting point in inorganic synthesis of compounds.
The property of red light emission is used in making fluorescent lamps.
They are also used as additives in the coatings used in high-temperature applications, paints and plastics for guarding against UV degradation and also in making permanent magnets.
In ultrafast sensors that are used in g-ray and x-rays.
Some of the other applications include additives in steel, non-ferrous alloys and iron.”