Wear Plate
Proven the most versatile of hardfacing alloys, Weartech’s cobalt- and nickel-based alloys are formulated to resist a variety of hostile environments including, abrasion, corrosion, galling, oxidation and erosion. These alloys are capable of maintaining wear properties at temperatures up to 1500°F (800°C), which is required in industries such as aerospace and petrochemical.
LPA Screens
Twin Wire Arc Spray (TWAS) coatings exhibit excellent combinations of corrosion and wear resistance, superior bond strength and high impact resistance. Superior bond strength values signify that this material has exceptional adhesion and cohesion. This also highlights the material’s extremely low residual stress (even at high thicknesses) inherent in this coating type. The probability of “pull-out” of individual particles during wear, erosion and other service conditions is extremely low. Low coating permeability results in a highly corrosion-resistant barrier. Low oxide content contributes to high bond strength due to the very limited presence of internal voids and other defects. TWAS is especially resistant to elevated temperature oxidation, erosion and corrosion for protecting LPA Screens.
Boiler Tubes
Thermal Spray coatings exhibit excellent combinations of corrosion and wear resistance, superior bond strength and high impact resistance. Superior bond strength values signify that this material has exceptional adhesion and cohesion. This also highlights the material’s extremely low residual stress (even at high thicknesses) inherent in this coating type. The probability of “pull-out” of individual particles during wear, erosion and other service conditions is extremely low. Low coating permeability results in a highly corrosion resistant barrier. Low oxide content contributes to high bond strength due to the very limited presence of internal voids and other defects. TWAS is especially resistant to elevated temperature oxidation, erosion and corrosion for protecting Boiler Tubes.
