Metallurgical bimetal steel pipe adopts centrifugal casting technology in the production process. The technology is to fuse the two metals in the liquid state to achieve the purpose of real metallurgical combination. The shear strength of the binding layer is higher than that of the main metal, and the mechanical complementarity of the base layer and the wear-resisting layer is fully realized. Elbow, tee, reducing pipe and other pipe fittings adopt the composite process of vacuum suction casting, which is advanced and effectively solves the problem that the bending pipe can not be combined. The bending pipe and other kinds of special-shaped pipes can be combined as a whole, without changing the flow path of materials in the bending pipe, and greatly reduces the material conveying resistance.
In the selection of material, the outer wall of the centrifugal tube is made of carbon steel, which ensures that the wear-resistant tube has high mechanical strength and impact resistance. The inner wear-resisting layer is made of the anti-wear steel series . The steel mainly adds Cr-Ni-Mo-Cu-RE and other alloys. After the quenching and conditioning heat treatment process, the alloy steel not only has strong wear resistance and corrosion resistance, but also has high mechanical strength and impact resistance. The whole process of bimetal steel pipe fills the blank of our antisepsis and wear-resisting industry transmission pipeline, and has been widely used in mining, metallurgy, coal, power and other industries, is an ideal wear-resisting pipeline.Welcome to call or e-mail us for consultation if necessary.
