Polysilazane car coating – Introduction and application

Why do we need polysilazane car coating?

Exposure to sunlight and harsh air conditions can cause a visible oxide layer to form on car paint, causing it to fade and become rough.

The varnish on a new car’s surface typically begins to oxidize within three months, rendering it less protective.

If paint protection isn’t maintained, strong UV rays, annoying acid rain, and dust and sand can easily damage your car’s paint.

Therefore, car paint needs certain protection measures! (especially new cars)

Current status of domestic and foreign auto beauty industry:

Domestic	Foreign
Generally use resin type/glass fiber	Using nano-grade resin
Main ingredient: silicone polymer resin	Main ingredient: Polysilazane nano-resin
Principle: The mixed product of resin and additives evaporates to the additives to produce an attached resin layer. Similar to applying a layer of glue on the surface of a car	Principle: Through chemical reaction, a new substance (quartz) is generated for nano-level adsorption, which has super strong adhesion.
Protection duration: 1-3 months	Protection duration: more than 12 months
Ordinary hydrophobic, not graffiti-resistant or penetration-resistant	Hydrophobic, oleophobic, anti-graffiti, anti-penetration, anti-mud and water

Quartz master car nano coating:

We introduce the latest nanomaterials and hybrid technologies from abroad.

The main ingredient is polysilazane nano-polymer resin, and we utilize nano-level technology from raw materials to technology.

This product achieves hydrophobic and oleophobic properties, is graffiti-resistant, and resists penetration, cement and muddy water.

Compared to traditional domestic car detailing products, it lasts longer.

Main ingredients of automotive nanocoatings

Nanoorganic polysilazane
Environmentally friendly organic solvents
Special organic compounds

Construction steps of nano coating for automobile paint :

Construction steps of automotive glass nano coating :