C-Kote
C-Kote is an innovative surface protection system based on high-performance ceramic coating technology. Thanks to its advanced formula containing micro- and nano-scale ceramic particles, it gives surfaces exceptional hardness, abrasion resistance, thermal stability and chemical resistance. It has been developed especially for surfaces exposed to extreme temperatures, corrosion and mechanical abrasion.
C-Kote can be applied to a wide range of substrates, including metal, concrete, glass, ceramics, plastics and composite materials. The coating improves the physical and chemical properties of the surface, while extending the life of the material and minimizing maintenance costs.
How Does C-Kote Work?
When applied to the surface, C-Kote creates a strong ceramic barrier through chemical and physical interactions. The working principle of this coating is based on three basic mechanisms:
- Chemical and Mechanical Bonding Mechanism
C-Kote penetrates deeply into the microporous structure of the surface and forms a strong chemical bond.
By interacting with the surface, it provides high adhesion strength and prevents deformations such as peeling and cracking.
Ceramic particles form a dense network structure as the coating hardens, improving wear resistance.
- Thermal and Chemical Protection
Thanks to its structure resistant to high temperatures (up to 1000°C), it acts as a thermal barrier on surfaces exposed to heat.
Offers superior resistance to acids, bases, solvents, salt water and other chemicals.
It significantly extends the life of metal surfaces by preventing oxidation and corrosion.
- Hardness and Wear Resistance
Provides unparalleled protection against scratches and mechanical abrasion thanks to its structure that reaches a hardness level of 9H on the Mohs scale.
It greatly reduces impact and frictional wear on metal, concrete and other surfaces.
Application Areas
Protects machine parts against wear, friction and corrosion.
Increases durability by preventing rusting and high temperature oxidation.
Reduces water absorption and provides resistance against chemical damage.
Provides extra protection against scratching and chemical abrasion.
Used in exhaust systems, engine components and body coatings thanks to its high temperature resistant structure.
Protects sensitive components from moisture and chemical attack.
Offers excellent durability in pipelines, refinery equipment and applications requiring high temperatures.