Ceramic Coating Over Metal

Ceramic coating is a process in which a coating of ceramic material is applied to a metal surface to increase the strength of the machine part.

Ceramic coating over metal.

Creating the ideal situation for applying a coating ensures optimum bonding and the longest lasting results and it s easier than you might think. Our ceramic insulation coating reflects and retains heat in order to protect your refractory and metal firing equipment. It offers significant benefits in automotive applications because the coatings reduce heat loss in automobile engines exhaust manifolds headers turbocharger casings downpipes and tailpipes etc. Eventually the ceramic coatings need to be removed after their lifespan is over so that the car s surface can be prepared for a brand new application of the ceramic coating.

Before applying a coating it is important to ensure compatibility between the ceramic material and the metal surface. Much of this compatibility depends on thermal expansion properties as having expansion rates that differ too greatly can cause a coating to crack when it is being cooled after application. Most ceramic coatings are electrically nonconductive making them excellent insulators have a significantly higher level of abrasion resistance than most metals and are capable of maintaining their integrity under severely elevated temperatures. Whether you are blacksmithing smelting or working with molten metals itc high temp coatings hold up to almost any application because they are rated.

Most ceramic coatings are great insulators. Before applying any ceramic coating ceramic spray coating or sealant of any kind it is key to make sure the finish is in perfect condition and correctly prepared. There are several types of ceramic coatings that can be applied to metal parts in order to enhance their properties. For applying a new layer of ceramic coating on the car the previous layer should be removed.