How much heat does ceramic coating hold in?

It can generally withstand temperatures up to 1200 degrees Fahrenheit, and some variations can even withstand temperatures above 1600 degrees Fahrenheit. Unlike traditional paints, high-temperature ceramic coating is resistant to bluing, cracking and peeling. Unlike powder coating, which can withstand temperatures of up to 1022° F for short periods of time, ceramic coating is formulated to withstand temperatures of 3800° F (2,000 Celsius). Another reason to ceramic coating exhaust and fuel system components is to protect them from exposure to high temperatures, oxidants, corrosion and rust.

Ceramic coatings keep out oil, gas, salt and other materials that degrade metals that your parts come into contact with every day. This list provides a simple summary that explains how the ceramic coating process can help your pieces perform better and last longer, while maintaining a showroom finish. That said, our coating is not a filler, so if your parts have pitts, dents, or scratches, they will still be visible after coating. Applying a ceramic coating at a high temperature not only improves heat absorption, but also improves the appearance.

The ceramic coating will protect exhaust gases from substances such as road salts, oil and gas, engine heat and exhaust gases that flow through pipes. The ceramic coating provides a thermal insulator and will reduce the total temperature of the surface inside the exhaust by up to a third. Applying a high-temperature ceramic aerosol coating to turbo parts (specifically those that run on diesel fuel) helps maintain a lower surface temperature of metals. In other words, the ceramic coating keeps the heat inside the system, so that the metal doesn't go from heating up red hot and then cooling down again and again.

Hot Rod magazine head dynamometer test: Pipes for Power tested two identical heads; one set was ceramic coated and the other was uncoated and painted black. This means that its ceramic-coated exhaust system will help increase exhaust flow, keeping the engine at a lower operating temperature. Even if you've purchased good quality titanium or stainless steel parts, a ceramic coating for the headers, exhaust pipes and turbo parts (just to name a few) really improves their performance. Somewhere it should be mentioned that if you have a hardened steel manifold, it is essential to completely cover the manifold when using a ceramic coating.

Cerakote heatsink coatings are a line of submicrometric coatings with industry-leading thermal conductivity.

Naomi Alamos
Naomi Alamos

Evil travel evangelist. Award-winning web aficionado. Passionate twitter practitioner. Award-winning travel ninja. Amateur internet junkie.

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