Ceramic Vs Non Ceramic Headers

Both ceramic coated headers and exhaust wraps improve horsepower so let s go over their pros and cons and see which one is best for you.

Ceramic vs non ceramic headers.

All the differences and similarities aside we have to say that both the ceramic and the radiant or infrared heater are unique in their own ways. It is not a diy solution these exhaust parts are coated at the factory or sent. A high heat ceramic coating can provide protection keeping the heat internal to the system. There are factors though that can help you determine which heater type best suits your needs.

Gary spend the extra now you will and more with non coated besides you want the engine to look good rusty headers look like hell when you are trying to make to make it look good you would nt put on a rusty pair of rocker covers would you soooo spend it. Barely hot enough to boil water. The decision to purchase either one of them should be based on a careful judgment about your wants and needs. By retaining heat in the housing you can get faster hole shots due to the turbos ability to spool faster.

Depending on what you are looking for in portable heaters deciding between ceramic heaters or electric heaters is usually an individual choice. Ceramic coated headers ceramic coated exhaust parts this is a spray on finish that s infused with heat insulating ceramics. I have a set of heddman coated on my engine. Infrared heater vs ceramic heater conclusion.

The ceramic actually blocks alot of the heat if they are coated inside and out. After that same minute the stainless headers were still 520 degrees. Headers ceramic coating vs non. The ceramic headers dropped to 195 degrees within a minute of shutting the engine down.

Also since the heat is staying inside the headers the exhaust gases will be hotter and will flow more remember as air cools it becomes more dense. So for a cool engine bay ceramic beats stainless by a long long shot. On headers and exhaust piping the bends and curves where heat can concentrate at can thermally degrade the metal over time.