Double Roll Crushers are especially developed to handle a wide range of applications. Our twin roll crushers provide excellent performance while being compact in design. Furthermore, these goods may be customized to fit the unique requirements of our clients. Our goods stand out for their simple operation, sturdy structure, and low power usage. Our large line of Double Roll Crushers is widely used for crushing coal, coke, moderately hard rock, ore, chalk, and other materials. As a customer-focused organization, we prioritize the manufacturing, exporting, and supplying of high-quality Roll Crushers. These crushers are designed to meet the specific needs of our valued customers while also adhering to industry standards and regulations.
What exactly is a twin roll crusher?
A double roll crusher is a type of crusher that features two equal, counter-rotating rolls. Its purpose is to pound various materials, such as coal, limestone, mud, and that's just the tip of the iceberg, into desired sizes by applying compressive forces between the rollers.
How does a double roll crusher work?
In a double roll crusher, the material is handled between the two rollers, and the material is squished or split as the rolls revolve in reversed bearings. The rollers squeeze the material, causing it to shatter or twist. The compressed material then emerges via the gap between the rollers.
What are the main components of a double roll crusher?
The basic components of a double roll crusher are normally two rolls made of strong materials such as cast steel or manganese steel, a lodging or edge to support the rolls, a feed chute or container, a driving framework to spin the rolls, and a release instrument
What materials may a double roll crusher deal with at any point?
Double roll crushers can handle a wide range of materials, including coal, limestone, earth, shale, bauxite, oil shale, coke, salt, lime, glass, kaolin, and block, to name a few. When selecting a double roll, certain material qualities and feed size constraints should be considered.