Precision mold coating chromium carbide powder
Chromium carbide powder has outstanding high-temperature oxidation resistance. Its oxidation rate is low below 900℃ in the air, and the formed oxide film can prevent further oxidation, making it suitable for use in high-temperature working conditions. When applied to the coating of gas turbine blades, it enables the blades to operate normally at high temperatures of 600-800℃ and extends the maintenance cycle. The sintering activity of the powder is high. After sintering with the metal binder phase at 1100-1300℃, high-density cemented carbide can be made, with a flexural strength of over 1500MPa. In the field of high-temperature bearings, this alloy bearing can withstand high temperatures and high loads, and its performance is superior to that of traditional bearing steel. Chromium carbide powder has excellent wettability and adheres firmly to metal substrates such as iron, nickel and cobalt, making the coating less prone to cracking.
Send product request
Other supplier products
 |
Customized chromium carbide powder for powder metallurgy | Chromium carbide powder has outstanding high-temperature oxidation resistance. Its oxidation rate is low below 900℃ in the air, and the formed oxid... |
 |
Carbide round rods for precision instruments | 该圆棒的生产工艺极其严谨，从碳化钛粉末纯度的控制（纯度≥99.5%）到烧结温度的精确调控（约1500℃），每一个环节都影响着最终的性能。成品尺寸稳定性极佳，在-50℃至300℃的温度变化下，热膨胀系数仅为6×10-⁶/℃，远低于金属材料，确保了精密工具在不同环境下的精度。... |
 |
Titanium carbide hard rods - metallurgical equipment accessories | Titanium carbide round rods made of hard alloy have excellent electrical conductivity and can be used to make electrodes for electrical discharge m... |
 |
Titanium carbide hard guide wheels have high hardness | This type of guide wheel can be customized with various groove profiles—such as V-shaped, U-shaped, and semi-circular configurations—ba... |
 |
Precision instrument core round bar | Titanium carbide cermet rods (TiC rods) belong to the group of steel-jointed cemented carbides, which are composites of steel as the bonding phas... |
