In building energy conservation, the light transmission and heat insulation of glass is a very critical issue. In buildings with transparent ceilings and large-area exterior windows, the thermal radiation of sunlight will lead to an increase in the energy consumption of air conditioners, resulting in a large energy waste. In order to improve this phenomenon, nano-scale antimony doped tin oxide ATO came into being.

Nano ATO (Antimony Doped Tin Oxide) is a kind of n-type semiconductor material, which combines the advantages of ATO material and nano material, and is a new type of multifunctional transparent conductive material.

First, the ATO film not only has high light transmission in the visible light range, but also exhibits good electrical conductivity with metalloid properties, and its good electrical properties are attributed to the doping of Sb2O3, which makes SnO2 semiconducting;

Secondly, ATO film also has good anti-reflection, anti-radiation and infrared absorption functions;

Third, the ATO transparent conductive film has good chemical stability, thermal stability, corrosion resistance and weather resistance, and the ATO film has good adhesion to the substrate and high mechanical strength.

The light-transmitting and heat-insulating coating is prepared with a well-dispersed nano-ATO water-based slurry to ensure the compatibility of the nano-ATO particle water-based slurry with the resin. This application can effectively reduce production costs and has extremely high application value.

SAT NANO provides both nano ATO powder and nano ATO dispersion with stable effect, which can be optimized and matched according to the customer's system. A variety of aqueous solvents are available, and compatibility should be confirmed before use.

SnO2:Sb2O3=90:10 or other specified ratio.