Nano ATO Powder Transparent Conductive Powder, ATO Antistatic Powder, Antimony Tin Oxide, Blocks Ultraviolet and Infrared Rays, Spherical ATO Powder

Nano ATO Powder Transparent Conductive Powder ATO Antistatic Powder Antimony Tin Oxide Blocks Ultraviolet and Infrared Spherical ATO Powder

Nano Ultrafine Powder

Antimony Tin Oxide

1314-60-9

Technical Parameters

Product Features

Main Components: SnO2:Sb2O3 = 90:10

1. Dissolves in water with gentle shaking to form a light blue transparent liquid without layering or sedimentation;

2. Excellent conductivity, light color transparency, good weather resistance and stability, superior thermal insulation performance, etc.;

3. High coating transparency; good dispersion performance.

Potential Application Fields:

1. Thermal insulation/conductive films: Dissolve highly active nano ATO powder directly in pure water, distilled water, or deionized water to create a transparent aqueous solution. It can be sprayed directly onto glass surfaces with a light transmittance of over 85%. It has good adhesion and can be used directly as thermal insulation or conductive films without adding any resin.

2. Excellent conductivity, suitable for use in coatings, textiles, plastics, etc. The prepared liquid can be mixed directly into the system with good compatibility.

3. Possesses excellent electrical and optical properties. Due to its good conductivity, it is widely used as an antistatic agent in coatings, chemical fibers, polymer films, etc.

4. Far superior to other antistatic materials such as graphite, surfactants, and metal powders in terms of chemical resistance, thermoplasticity, wear resistance, dispersibility, and safety.

5. A multifunctional conductive material with high conductivity, light color transparency, weather resistance, radiation resistance, and many other excellent properties.

6. Mainly used in antistatic plastics, coatings, fibers, radiation-shielding coatings for displays, energy-saving windows for buildings, solar cells, automotive windshields, photoelectric display devices, transparent electrodes, catalysis, etc. Additionally, its microwave attenuation properties make it suitable for areas requiring electromagnetic wave shielding, such as computer rooms and radar protection zones.

Packaging and Storage

This product is typically packaged in inert gas anti-static bags, drums, or vacuum bags. For laboratory quantities, inert gas bottle packaging is available. Customers requiring inert gas bottle packaging should contact us. After receipt, store sealed in a dry, cool environment. Avoid prolonged exposure to air to prevent moisture-induced agglomeration, which may affect dispersion performance and effectiveness.