Screw Laser Cladding: High-Temperature Resistant for Engineering Plastic Extrusion
Engineering plastics such as PC, PA and POM require high-temperature extrusion, which puts forward higher requirements for the high-temperature resistance of screws. Daokedao Automation's laser cladding technology provides high-temperature resistant solutions for engineering plastic extrusion screws. We use high-temperature resistant cobalt-based alloys and nickel-based alloys as cladding materials, which can withstand temperatures up to 1000℃, maintaining excellent wear resistance and corrosion resistance under high-temperature conditions. The cladding layer has good thermal stability, no softening or deformation at high temperatures. The high-temperature resistant coating effectively reduces the wear of the screw caused by high-temperature engineering plastic extrusion, extending screw service life by 3-5 times. Our laser cladding equipment can precisely control the cladding layer thickness and composition, ensuring the screw's high-temperature performance meets the extrusion requirements. The cladding process has a small heat-affected zone, avoiding the reduction of the screw's mechanical properties due to high temperature. Daokedao's high-temperature resistant screw laser cladding solution has been widely used in engineering plastic extrusion enterprises, helping customers improve production efficiency and product quality. Meet the challenges of high-temperature engineering plastic extrusion with our high-temperature resistant laser cladding technology.
