Turbo dynamics offer proven formula one ceramic coating technology for turbochargers turbo related components.
Ceramic coating turbo.
Ceramic coating thermal barrier coating heat transfer coating and dry film lubrication coating are ideal for items that reach up to 2000 degrees and always recommended on high heat items such as exhaust manifolds headers and turbo housings.
Coating your headers in ceramic improves their heat resistance and keeps them from being tarnished or damaged by the heat.
Due to its unique ceramic nature the coating also functions as a very effective thermal barrier with reduced thermal radiation characteristics.
Jet hot coatings are high performance ceramic coatings for exhaust headers side pipes manifolds intakes mufflers turbo housings and other parts.
Ceramic coatings can help improve the performance of your headers turbo parts and exhaust pipes.
Believe it or not a growing trend in the performance aftermarket industry is the use of ceramic spray coatings a different formulation from armor shield ix on the custom exhaust and fuel system components.
Below are some examples of how ceramic coatings can help increase your vehicles overall performance.
It can reduce component reliability damage expensive finishes reduce performance and create safety issues.
Also looked into coating then wrapping and some people advise against that since the wrap will rub away the coating.
High temp ceramic coating applications.
Clear coatings check.
Heat transfer from the exhaust can be one of the most damaging environmental factors for cars and motorcycles.
Turbo x turbo x is a silicone ceramic coating designed to be applied primarily to exhaust components when applied to exhaust systems turbo x will remain color stable at exhaust gas temperatures up to 2000 f.
Ceramic coating doesn t seem as effective as wrap and can flake off but helps with preventing corrosion.
Nanoceramic coatings work on a lot of surfaces.
Turbo header coatings turbo housing coatings piston coatings cylinder head coatings exhaust pipe coatings expansion chamber coatings.
In other words ceramic coated headers look and function the same on mile one as they do on mile 300 000.
Ceramic coatings are ideal for these applications and for any other application in which your components are exposed to high temperatures for extended periods.
A ceramic header coating also provides protection against the corrosive materials in the exhaust.
Ceramic coatings can increase performance.
Doesn t seem like theres a perfect solution but would like to hear what other single turbo guys are doing.