Main ingredients: SnO2: Sb2O3=90:10

Characteristic:

1. The particle size is very small: the particle size is 20 nm and does not agglomerate.

2. Good dispersion performance: This nano-ATO dispersing performance is very good, put it into the water and shake it gently, it can immediately melt into a light blue transparent liquid, no delamination, no precipitation. The coating film has high transparency.

3. Good electrical conductivity, light color transparency, good weather resistance and stability, super good thermal insulation properties, etc.

Technical indicators:

Application areas and methods of use:

1. Insulation/conductive film: Dissolve high-activity nano-ATO powder directly into pure water, or distilled water, deionized water, etc., and then make a good transparency aqueous solution, spray directly on the glass surface, the light transmittance can reach 85%. the above. It has good adhesion and can be used directly as a heat-insulating film and a conductive film without adding any resin.

2, the conductive performance is super good, can be used in the fields of coatings, textiles, plastics, etc., directly mixing the configured liquid with the system, and the compatibility is good.

Storage conditions: The powder is sealed and stored in a sealed manner.

Product Features:

1. It has excellent electrical and optical properties. It is widely used in coatings, chemical fiber, polymer film and other fields as an antistatic agent due to its good electrical conductivity.

2. It is far better than other antistatic materials such as graphite, surfactant, metal powder, etc. in terms of activity resistance, thermoplasticity, wear resistance, dispersibility and safety.

3. It is a multifunctional conductive material with many excellent properties such as high conductivity, light color transparency, weather resistance and radiation resistance.

Application range:

Mainly used in antistatic plastics, coatings, fibers, radiation protection coatings for displays, energy-saving windows for buildings, solar cells, automotive windshields, optoelectronic display devices, transparent electrodes, catalysis, etc. In addition, it can also use its attenuation of microwaves, which can be used in computer rooms, radar shielding protection areas and other fields that need to shield electromagnetic waves.

Addition: 1%-3%

Note: When mixing with other liquids or powders, it is necessary to test first to prevent flocculation and precipitation caused by mismatch between highly active ATO and other substances.