Carbide rollers
Carbide rollers are commonly used in metal processing applications, such as rolling and bending of sheet metal and heavy plate. They are made from hardened carbide, a type of carbide material consisting of a combination of carbon and tungsten that is resistant to high temperatures and wear. As a result, carbide rollers are widely used in challenging metal-processing applications where high-performance and durability are needed.
The most common type of carbide roller is the flat block or sheet roller. A flat block roller is designed to be used for rolling sheet metal for various applications, such as forming tank shells, conveyor belts, or rolling guitar bodies or speaker cabinets. It consists of a number of steel rollers that are each fitted with hardened carbide inserts that grip and shape the metal as it is passed through. These carbide inserts are usually made from an alloy of tungsten carbide, as this material is extremely hard, durable, and wear resistant.
Another popular type of carbide roller is the cylindrical roller. This type of roller is typically used to roll steel billets and other cylindrically shaped metals. Cylindrical rollers are often used in applications where precision is critical, as the rollers must be machined to very exacting tolerances in order to achieve the desired results. They are typically made from two different types of hardened carbide material, tungsten and steel. The tungsten carbide rollers are used to shape and form the metal, while the steel rollers are used to provide stability and smooth rolling.
Carbide rollers are widely used in a variety of metal-processing operations, from rolling and forming sheet metal to rolling cylindrical shapes for precision machining. They are highly durable and wear-resistant, making them an ideal choice for challenging applications requiring high performance and long lasting results. As such, they are becoming increasingly popular in a wide range of industries, from automotive to consumer products, from metalworking to industrial applications.
