Carbide roller applications

The carbide roller is the part of the profile roll body between the grooves or outside the grooves.

Carbide roller is located at both ends of the roll body or between two adjacent holes. The end roll rings located at the ends of the roll body prevent iron oxide from falling into the bearings and protect the bearings from contamination and damage. Located between the two adjacent holes in the middle of the roll ring is mainly used to separate the holes, bear the metal to the roll side pressure, and for the installation of the guide plate to leave room.

Carbide rollers are usually made of high-strength alloy steel with good wear resistance and toughness to withstand high temperatures, high pressures and friction. The design of the carbide rollers can be adjusted according to specific processing requirements, and common types include flat rolling, reverse rolling, etc.

Carbide roller through the rotation and relative motion, applying pressure to make the metal material through rolling deformation, so as to realize the required size and shape.

Carbide rollers are mainly used for calendering, stretching and deformation of metals, and are capable of producing various profiles, plates and strips. For example, metallurgical industry: used in the rolling process of steel, aluminum, copper and other metals. Machinery manufacturing: used in the manufacturing process to produce a variety of metal parts. Construction industry: used in the manufacture of construction materials such as steel bars and profiles.