Control heat. Reduce turbo lag. Increase performance.
Turbo systems operate under extreme heat and pressure. Without proper heat control, performance drops and surrounding components are put at risk. Our thermal coatings help contain heat within the system — improving efficiency, reducing under-hood temperatures, and protecting critical components.
For a complete thermal management package, pair with piston coatings and cylinder head coatings.
Keeps exhaust heat in the turbo where it belongs.
Hotter exhaust gases maintain velocity for quicker response.
Reduces radiant heat affecting wiring, hoses, and intakes.
Extends life of surrounding parts under extreme conditions.
Turbo performance depends heavily on heat energy. Exhaust gases drive the turbine — and hotter gases maintain higher velocity. When heat escapes through the housing, exhaust cools and slows down, increasing lag and reducing efficiency.
Thermal barrier coating is applied to the turbine housing and hot-side components. It keeps heat inside the system — maintaining exhaust gas velocity for faster spool, better throttle response, and improved overall efficiency.
At the same time, the coating reduces radiant heat in the engine bay — protecting wiring, hoses, intake components, and other heat-sensitive parts from damage.
• Turbine housings
• Exhaust manifolds
• Downpipes
• Wastegates
• Hot-side exhaust components
They help contain heat within the turbo system, improving efficiency and reducing engine bay temperatures.
Yes. By keeping exhaust gases hotter and moving faster, coatings can help improve turbine response and reduce lag.
Turbo housings, exhaust manifolds, downpipes, wastegates, and other hot-side exhaust components.
No. They benefit both performance builds and street-driven turbocharged vehicles.
External thermal coatings typically do not affect manufacturer warranties, but check with your turbo supplier.
Improve turbo efficiency, reduce engine bay temperatures, and protect surrounding components with professional coatings.