Thermal Armor

Cerakote Ceramic Coated Heads, Valves & Pistons for Maximum Engine Efficiency

At IA Coatings, performance isn’t just a promise—it’s built into every surface we touch. This latest engine package features a full thermal protection system using Cerakote high-temperature ceramic coatings and friction-reducing dry film lubricants. The result? Maximum efficiency, extended durability, and real-world horsepower gains.

Let’s start at the top. The cylinder head combustion chambers were coated with Cerakote’s high-temp ceramic series. This isn’t just for looks. The coating acts as a thermal barrier, reflecting heat back into the chamber. That means improved combustion efficiency, reduced risk of knock, and a more balanced burn across all cylinders.

Next, we turned our attention to the pistons. Each piston crown was coated in the same ceramic formula to guard against heat soaking and thermal fatigue. But we didn’t stop there. The skirts were finished with a dry film lubricant. This slick coating reduces friction during startup, helps prevent scuffing, and keeps the engine running smoothly under high load.

We also coated the intake and exhaust valves. These are often overlooked but absolutely critical. High-temp ceramic helps protect the valves from carbon buildup, thermal cycling, and oxidation. As a result, airflow stays cleaner, and valve durability goes way up—especially under high-RPM, high-heat conditions.

Each of these coatings has a purpose. Ceramic resists heat. Dry film reduces drag. Together, they create a system built for endurance, performance, and thermal control.

Whether you’re assembling a race engine, upgrading a street machine, or preparing for extreme-duty use, this kind of advanced coating work can give you the edge. Better heat control means more consistent power. Less friction means less wear. And when every part is coated with purpose, the results speak for themselves.

Ready to build something better? Contact IA Coatings today to learn how we can help armor your engine from the inside out.