The conveyor belt is a rubber product made of multiple layers of rubber canvas bonded together or other skeleton materials as the belt core, with a rubber layer attached to the outside, and then formed and vulcanized. It is the main component of the belt conveyor and is responsible for carrying materials. It is suitable for conveying block, granular, powdered, and pieced items.
Classification of conveyor belts
According to structure and shape
Layered fabric core conveyor belt: composed of multiple layers of fabric core, suitable for general material conveying.
Corrugated sidewall conveyor belt: with corrugated sidewall, suitable for large angle conveying to prevent materials from slipping.
Pattern conveyor belt: with the pattern on the surface, increasing friction, suitable for conveying materials with a certain inclination angle.
Annular conveyor belt: the belt body has no joints, suitable for seamless continuous conveying.
According to performance
Heat-resistant conveyor belt: suitable for conveying high-temperature materials.
Oil-resistant conveyor belt: suitable for conveying oily materials or contacting grease.
Acid and alkali-resistant conveyor belt: suitable for conveying corrosive materials.
Cold-resistant conveyor belt: suitable for low-temperature environments.
Common conveyor belt materials
Cotton canvas: CC56, TC70
Nylon (NN) canvas: NN100, NN125, NN150, NN200, NN250, NN300, NN350, NN400
Polyester (EP): EP100, EP125, EP150, EP200, EP250, EP300, EP350, EP400
These materials have different characteristics, such as heat resistance, high-temperature resistance, burning resistance, acid and alkali resistance, corrosion resistance, wear resistance, cold resistance, etc., which can be selected according to specific needs.
Customized service
The width of the conveyor belt ranges from 300mm to 1600mm, and the number of cloth layers and other parameters can be customized according to customer needs.
This classification and selection method helps to select the most suitable conveyor belt according to specific usage scenarios and requirements to improve production efficiency and safety.
