Liquid glass Nano coating for glass

Description

Antifouling Easy Clean Nano Silica Coating for Glass
The product, made by a new generation ofnanoSiO2 and special chemical formulation, is designed for smooth and glass-like surface to have less contact with dirt, oil, lime and other environmental pollution. Main materials of the product is inorganic Nano SiO2 particles (so called liquid glass). After coating the product on glass, Nano SiO2 particles can  create an invisible and breathablenanofilm (thincknessaround less than a hundred nanometer) which  is formed by strong chemical  bonding with glass substrate.  It posses lotus effect , water repellency, anti-fouling, and easy clean properties, it is very helpful to save more money and resource for glass cleaning. Moreover, the coating is highly durable and  can withstand abrasion resistance, chemical resistance, high temperature resistance, and UV radiation resistance.


Main Features
Hydrophobic andoleophobicproperties
Strong non-stick property Reduce cleaning time and cost
Excellent easy clean Save cleaning time and  cost
Prevent water mask, dirt, algae, and air pollution
Protect surface from environmental corrosion, abrasion, and pollution
High transparency and no influence on the appearance of the substrates.
High temperature resistance
Chemical resistance (pH-value of *3)
Abrasion resistance and UV resistance.
Easy coat and re-coat (Hardening at room temperature. No additional energy or UV light required)
Highly durability up to 5 years in most conditions,             
 Green and Eco

Main Application
Main applications are automotive glass, solar panels, glass surface in sanitary area (showers and mirrors), glazed ceramic surfaces (toilets, sinks, glazed tiles), building glass, Display glass.
Coating Method   Manual :  Spray this product equally on the surface and wait few minutes (close to dry) and use microfiber or linen to coat on
                                  surface with    circular motion.       Industrial : Apply spray coat systems or polish coat systems.