Transportation: Ocean,Land
A fan - shaped pattern high - inclination conveyor belt is a remarkable type of
Big Obliquity Skirt Conveyor Belt designed to handle the transportation of materials on steep slopes. Here's a detailed English - language introduction:
1. Structure and Pattern Features
The fan - shaped pattern conveyor belt is characterized by its unique fan - shaped protrusions on the surface. These patterns are usually semi - circular or quarter - circular in shape. When the conveyor belt is in a troughed configuration, the fan - shaped patterns come together to form a more comprehensive and effective gripping structure.
The
Skirt Conveyor Belt is composed of multiple layers. The carcass layer provides the necessary strength and stability to support the weight of the conveyed materials and withstand the tension during operation. It can be made of materials such as fabric (polyester, nylon) or steel wire ropes. The cover layer, which is in direct contact with the materials, is made of rubber or other suitable materials. The fan - shaped patterns are embossed or molded onto this cover layer.
2. Performance Characteristics
- Superior Anti - Slip Ability: The fan - shaped patterns offer excellent friction and gripping capabilities. This allows the conveyor belt to transport materials effectively at high - inclination angles. It can handle angles of up to 60 degrees or even more, depending on the material characteristics and other factors. The fan - shaped structures interact with the materials in a way that resists the gravitational pull that would otherwise cause the materials to slide down.
- High - Capacity Conveying: It has the ability to carry a significant amount of materials. The fan - shaped patterns not only prevent slippage but also help in keeping the materials in a stable position during conveyance. This makes it suitable for handling both granular and powdered materials, as well as small - to - medium - sized solid objects.
- Enhanced Stability: The design of the fan - shaped patterns contributes to the overall stability of the conveyor belt during operation. The belt is less likely to experience lateral displacement or vibrations, ensuring a smooth and reliable material - conveying process. This stability is crucial when dealing with high - inclination conveyances, as any instability could lead to material spillage and operational disruptions.
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