Wear-Resistant Bimetal Elbow

With its good wear resistance and reliable welding performance, bimetal wear-resistant elbows have increasingly become a reliable anti-wear solution for material conveying systems in electric power, steel, chemical industry, smelting and other industries.
1. Good wear resistance: The hardness of super-hard wear-resistant alloy is HRC≥46, and it has good wear resistance and thermal stability.
2. Excellent impact resistance, metal bonding performance, and thermal shock resistance KMTBCr28 bimetallic composite wear-resistant elbow. The bonding surface of the two metals is completely metallurgical bonding, making it safe and reliable to use. The thermal expansion coefficients of the two are equivalent, and there will be no expansion, contraction or cracking. The outer wall of the elbow is made of steel pipe, and the inner lining is made of super-hard wear-resistant alloy. This product not only has the wear-resistant and corrosion-resistant properties of high-alloy products, but also has high mechanical properties and high impact resistance.
3. Good heat resistance and corrosion resistance: The matrix of superhard alloy material has strong heat resistance and corrosion resistance, and can show good corrosion resistance and wear resistance in high temperature or corrosive environments. Under the interaction of wet conditions, corrosive media and particle erosion, it is more appropriate to use super-hard wear-resistant alloys used in the cast state; while under dry conditions where abrasive wear is the main failure mode, it is more appropriate to use a A super-hard wear-resistant alloy material that can obtain a martensite matrix through heat treatment.
4. Low composite cost and good quality. The wear-resistant pipe is manufactured using the internationally advanced lost foam casting process, with high yield, good product density, uniform thickness and stable quality.
5. Convenient transportation, installation and use. Bimetallic composite wear-resistant pipes can be connected by flanges, quick connectors, direct welding and other methods. Moreover, due to the high impact resistance of the composite pipe, when a local blockage occurs during the maintenance of the pipeline system, it can be knocked and hammered at will, and it can also be cut, removed, welded, installed and repaired at will, making it very convenient for maintenance.