[nanoPost] Automotive nanocoatings

Company USA

The company exploits nano-level processes and nano-formulated materials to develop coatings that produce revolutionary performance in heat management, corrosion resistance, abrasion resistance, friction reduction, superior bond strength and improved appearance.

Proprietary nano formulas are achieved by:

- Creating and using nano-sized particulates

- Triggering nano-level chemical reactions to manipulate and change molecular structures

- Establishing processes to trigger molecular change

- Utilizing proprietary chemistries to produce broad dispersion and eliminate clumping of nano-scale particulates

Applications

- Thermal barrier coatings designed to enable the fuselage of spacecraft to endure exposure to 4,200°F during orbital re-entry;

- Diesel engines using anti-corrosion coatings to reduce aluminum degradation in exhaust gas recirculation to meet new EPA emissions standards;

- High density, low porosity composites providing abrasion resistance for aircraft wings subjected to rain and particulate matter at top airspeeds;

- Thermal management surface treatments minimizing underhood heat from headers and exhaust systems of NASCAR-winning engines to maximize air density and increase horsepower;

- Lubritic surface protection for engine piston skirts to reduce friction, control heat and increase engine efficiency.