High-load extrusion processes such as large-diameter pipe extrusion and thick-sheet extrusion put forward higher requirements for screw wear resistance. Daokedao Automation's laser cladding technology provides wear-resistant strengthening solutions for high-load extrusion screws. We use high-hardness tungsten carbide composite coatings, which have a hardness of up to HRC 65, 2-3 times higher than traditional screw materials. The cladding layer has excellent wear resistance, effectively resisting the wear caused by high-load extrusion. The metallurgical bonding between the cladding layer and the screw substrate ensures that the coating does not peel off under high torque and high pressure. The laser cladding process can realize localized strengthening of key wear areas of the screw, such as the feeding section and the metering section, improving the screw's overall wear resistance. Our equipment has high cladding efficiency, which can complete the strengthening of a high-load extrusion screw in 3-5 hours. Daokedao's wear-resistant strengthened screw laser cladding solution has been applied in large extrusion enterprises, extending the screw's service life under high-load conditions by 3-5 times, reducing production downtime and maintenance costs. Help your high-load extrusion production run stably with our wear-resistant laser cladding technology.
