Cerakote High Temperature Exhaust Coatings

Powdercoat-it is Northern Californias only Certified Cerakote High Temperature Coatings Shop.

Cerakote High Temperature Coatings are designed to improve the performance of exhaust systems. These coatings prevent corrosion, increase durability and provide thermal insulation.

Cerakote exhaust coatings are available in a variety of colors and finishes ranging from  semi-gloss Black Velvet to high gloss Stoplight Red. 

A line of Satin Metallic finishes are also available. All of these products can withstand temperatures in excess of 1200°F and select coatings can withstand temperatures higher than 1600°F.

We Use the Patented Thermo Dyne Liquid Ceramic Coating Applications System

Thermo Dyne is a process for the application of Micro Dyne products. It involves the use of our CerakoteTM and Chromex line of products and specially designed application systems for performance engines, heavy truck and equipment engines, firearms, exhaust system components, several dry film lubrication options, a variety of clear coat protection systems (re: anti-graffiti, UV protection, chemical attack, abrasion resistance), etc.

 
Cerakote Exhaust Coatings Cerakote Exhaust Coatings
Cerakote Exhaust Coatings Cerakote Exhaust Coatings
Cerakote Exhaust Coatings Cerakote Exhaust Coatings
Cerakote Exhaust Coatings Cerakote Exhaust Coatings

 

Advantages of Coating your Exhaust Parts

- Helps prevent heat transfer from engine exhaust systems, increase engine performance, improve engine compartment safety and prevent heat soak

- Coatings on high-temperature exhaust manifolds and headers have been shown to increase engine performance especially for racing applications.

- Increases power by insulating the exhaust system, keeping the exhaust heat in the tubing, and typically reducing under-hood temperature by 30ºF or more.

- Contributes to faster exhaust flow and better cylinder scavenging. All of this adds up to a higher density fuel/air charge and more horsepower.

- Helps extend the service life of your components by reducing thermal fatigue and fighting corrosion.

- Parts cool off quicker for easier adjustments and teardown between events.

Recommended Uses:

  • Headers and Exhaust Systems
  • Engine Components
  • Thin Film High Temperature Applications
  • Corrosive Environments
  • Non-aqueous Environments