World’s First Wipe-On Clear Nanocoating Ensures Permanent Car Paint Protection

A novel nanocoating promises to permanently protect surfaces from damage or deterioration.

Scientist Thomas Choate has introduced the world’s first Wipe-On clear nanomaterial that will protect surfaces from damage or deterioration and also help restore them.

The product, named Vecdor Nano-Clear®, has the ability to permanently restore original color, gloss and surface hardness back into oxidized textured plastics, highly oxidized fiberglass and highly oxidized paint surfaces while reducing surface maintenance by 60%.

Surfaces exposed to the weather can be damaged by water, snow, ice, dirt, heat, smog and chemicals. Vehicles are particularly vulnerable but any surface material is susceptible to damage whether it is rubber, metal, fiberglass or anodized aluminum. Further, the shine and luster of any car fades over time. Wheels tarnish, rubber and plastic dulls, metal rusts, paint scratches and chips and even the conventional coating protection fades with time.

Nano-Clear is an anti-oxidant industrial top coat that fights the corrosive effects of long-term exposure to air, sunlight and chemicals.

It is an extremely hard material which helps resist chipping and abrasion. It forms a dense film with extreme scratch resistance, chemical resistance, UV resistance, remarkable flexibility and self-cleaning properties including water, oil , ice and brake-dust repellency.

The material has a low viscosity and therefore deeply penetrates the surface. It is made of engineered polymers that are more resistant, more flexible, lighter, stronger, and harder than their parent material.

What sets the product apart from similar coatings is that it can be applied directly to already oxidized surfaces, not just new ones. Since most surfaces in need of protection already are out in the world, there’s a huge potential market for this product.

The nanocoating can be applied over primer, basecoat, clearcoat or powder on steel, aluminum, plastic, wood or fiberglass. This product can also be used for automotive textured plastics, aluminum and steel wheels, tires, oxidized paint surfaces including heavy duty equipment, boat hulls, aluminum siding, outdoor metal furniture, air conditioner housings, etc.

 

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