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High Temperature and Wear Resistant Ceramic Coating Materials


Plasma Electric Arc, Rokide, Electronics Industry, Aluminum Oxide

Ceramic Seal Surface Providing Wear


Chrome Oxide, Rokide, ceramic coatings

Rokide Rod Ceramic Spraying Chrome Oxide

Ceramic coating materials provide numerous advantages when used in spray coating. Ceramic coating materials are highly durable, wear and corrosion resistant, and offer outstanding dielectric strength. The high chemical resistance of the oxide layers in high temperature ceramic coatings shields base materials from both vapor and liquid corrosive environments. Ceramic coatings are ideal for high- and low-voltage electrical applications, among many other uses.

ASB Industries can create a customized ceramic coating process based on your specific OEM requirements, repair options, or performance enhancement needs. We will recommend process options to enhance coating performance and to optimize the value of our engineered coating solutions. Critical dimensional requirements are met using our extensive diamond grinding capabilities and surface finishing methods.

We can work with an array of ceramic materials to give you the ideal coating for your unique needs. We use chrome oxide, aluminum oxide, zirconium oxide, among others, and utilize plasma electric arc coating processes with Rokide rod ceramics to provide high quality ceramic surfacing.

Ceramic coating materials are frequently used for seal surfaces in the food manufacturing and pharmaceutical industries. They are used as critical seals in heavy-duty, high speed industry applications in the steel and energy markets. Isolating bearing contamination and sealing surfaces against leaks in these processes requires a wear-resistant ceramic surface that works effectively with metal, rubber, and polymer seal materials.

Ceramic coating materials are able to withstand extremely high temperatures, and provide more efficient performance in high velocity/high speed applications. This makes them ideal materials for coating aerospace turbines.

Ceramic coatings can also be used for thermal shock applications by modifying the coating process to a three-layer system involving a metallic base coat, a ceramic/metallic intermediate layer, and a ceramic layer top coating, such as zirconium oxide. Projects that benefit from this coating process include missile steering vanes.

Contact ASB Industries for high temperature ceramic coatings for your unique application.