Ceramic coating is an innovative protective technology based on the application of ceramic nanoparticles. The interaction of these particles with the car's surface results in a protective layer creation with incredible resilience and unique properties.
- Fundamentals of ceramic coating
The ceramic coating consists of silicon molecules forming an invisible but incredibly durable protective film on the car's surface. These nanoparticles penetrate the body's pores, chemically bonding and creating a resilient layer.
- Composition and structure of ceramic nanoparticles
Ceramic nanoparticles are polymer compounds with a high concentration of silicon. This enables them to form strong bonds with surface molecules, creating a dense and durable coating.
- Chemical reactions during application
The ceramic coating application process involves chemical reactions between ceramic nanoparticles and the car's surface. Polymerization of molecules occurs during application, creating robust chemical bonds between the coating and the body. This ensures the strength and longevity of the protective layer.
This unique process provides a high level of protection while maintaining the aesthetic appeal of the car. Ceramic coating technology allows car owners to enjoy the shine and protection of their vehicles for many years, thanks to its high efficiency and reliability.