Products

Precision Coatings Ceramic Coating - Chrome Oxide is a ceramic coating applied by plasma spray. It is resistant to abrasive grain wear. It is often used for wear & corrosion resistance and to provide low friction surfaces.

Precision Coatings Carbide Coating - Chrome Carbide/Nickel-Chrome is typically used for wear resistance to abrasion and fretting at higher temperatures. It can be applied by HVOF to achieve the densest and most well-bonded coatings available by thermal spray. It can also be plasma sprayed to achieve a higher texture. Some applications require flame spray applied coatings and a secondary fusing operation to provide a metallurgically bonded coating.

Precision Coatings Ceramic Coating - Zirconium Oxide is a ceramic coating applied by plasma spray. It is resistant to high heat and oxidation. It is often used for wear & corrosion resistance and to provide low friction surfaces.

Precision Coatings Ceramic Coating - Alumina-Titania-Silica is a ceramic coating applied by plasma spray. It is resistant to abrasion, and molten metals such as zinc, aluminum, and copper. It is often used for wear & corrosion resistance and to provide low friction surfaces.

Precision Coatings Ceramic Coating - Alumina Oxide is a ceramic coating applied by plasma spray. It is dense, resistant to wear, and high-temperature erosion, and provides electrical insulation. It is often used for wear & corrosion resistance and to provide low friction surfaces.

Precision Coatings Ceramic Coating - Alumina-Titania is a ceramic coating applied by plasma spray. It is resistant to fretting and cavitation. It is often used for wear & corrosion resistance and to provide low friction surfaces.

Precision Coatings Ceramic Coating - Titanium Dioxide is a ceramic coating applied by plasma spray. It is resistant to abrasive grains. It is often used for wear & corrosion resistance and to provide low friction surfaces.

Precision Coatings Carbide Coating - Tungsten Carbide/Cobalt is typically used for wear resistance to abrasion, galling, and fretting. It can be applied by HVOF to achieve the densest and most well-bonded coatings available by thermal spray. It can also be plasma sprayed to achieve a higher texture. Some applications require flame spray applied coatings and a secondary fusing operation to provide a metallurgically bonded coating.

Precision Coatings Carbide Coating - Tungsten Carbide/Cobalt/Chromium is typically used for wear and corrosion resistance to abrasion, erosion, and fretting. It can be applied by HVOF to achieve the densest and most well-bonded coatings available by thermal spray. It can also be plasma sprayed to achieve a higher texture. Some applications require flame spray applied coatings and a secondary fusing operation to provide a metallurgically bonded coating.

Precision Coatings Carbide Coating - Tungsten Carbide/Nickel-Chrome is typically used for wear resistance to abrasion, hard surfaces, particle erosion/abrasion and fretting. It can be applied by HVOF to achieve the densest and most well-bonded coatings available by thermal spray. It can also be plasma sprayed to achieve a higher texture. Some applications require flame spray applied coatings and a secondary fusing operation to provide a metallurgically bonded coating.