Indium Nanopowders 100nm In 99.99% high purity

Spherical nano indium powder supplier, <100nm 99.99%+, Indium nanoparticles is widely used in the semiconductor industry.  also used to make LCD panels. for learn about Indium (In) Nanoparticles Properties and Applications,welcome to test our products.

Hongwu nanomaterial is suppling Super fine High Purity spherical Indium nanoparticles, <100nm 99.9%+, indium nanoparticles can be used in semiconductors, high purity alloys, silicon solar cells and antistatic materials.

Facory direct offer 100nm 99.99% In nanopowder.Good and stable quality, good sphericity, rich experience in exporting powder goods.Any need welcome to contact us.

White carbon black, is sio2 nanopowder, particle size 20-30nm, 99.8% purity, has hydrophic and hydrophobic two kinds.

Nano-ATO is a new type of multifunctional conductive material with great development potential. It can be used in various glass, plastic and various resins to play the role of transparency, conductivity, anti-static radiation, ultraviolet and infrared isolation.

Aluminum nitride nanopowders, particle size 100-200nm with 99.5% purity, widely used in nano lubricants anti-wear agents.

Classification: Tunsgen Oxide CAS No.: 1314-35-8 Other Names: Tungstenoxide, Trioxotungsten MF: WO3 EINECS No.: 215-231-4 Place of Origin: Jiangsu, China (Mainland) Grade Standard: Electron Grade, Industrial Grade Purity: 99.9% Appearance: yellow, blue, purple powder Application: electrochromic Brand Name: HW NANO

Fullerene C60 Nanoparticles have the purity of 99.9% apply to many filed such as memory material and the medical area etc.

hydrophobic Nano Silica/Silicon dioxide/SiO2 powder Oil soluble nano Silica/Silicon Dioxide/SiO2 used for coating/dope/painting

Transparent Shielding Materials Indium Tin Oxide ITO Nanoparticles.  

High Purity Conductive Nano Al Aluminum Powder with 100nm, 200nm 99.9% purity use as the catalyst.

Nano Pt Platinum Powder is a fine powder of platinum with good catalytic properties and it has a true surface area much higher than the geometrical surface area of the electrode.