2026/04/10

Core Classification and Characteristics of Conveyors

Belt Conveyor Structure: Composed of a conveyor belt, drive unit, drums, idlers, tensioning device, and other components.


2026/04/10

Maintenance and Care of Conveyor Belts

Regular inspections: Inspect belt wear, idler rotation, and the condition of the tensioning device, among other factors. Replace worn idlers promptly or adjust the tension as needed.


2026/04/10

Key Considerations for Conveyor Belt Selection

Material characteristics: Particle size, moisture content, temperature, and corrosivity directly influence the selection of belt material.


2026/04/10

The Core Structure of Conveyor Belts

Belt body Material: Classified according to application into rubber belts, PVC belts, PU belts, silicone belts, metal belts, and others. Rubber belts: wear-resistant and impact-resistant, suitable for heavy-load applications (such as mining and building materials).


2026/04/01

The Core Function of the Idler Bracket

Support Idlers and Conveyor Belt: The idler support frame securely mounts the idlers to the conveyor frame, ensuring that the idler spacing and arrangement—such as the troughing angle—meet the design specifications. This configuration maintains smooth belt operation and establishes a stable trough-shaped profile for material conveyance.


2026/04/01

Structure and Operating Principle of Conveyor Rollers

Drive Drum: Power is transmitted via an electric motor or reducer, and the friction between the drum and the conveyor belt drives continuous belt operation. A rubber-encased design can increase the coefficient of friction—for example, rubber encasement can raise the coefficient from 0.25 to above 0.4.


2026/04/01

Idlers are critical components of belt conveyors.

Supporting the conveyor belt and material: Idlers directly bear the weight of the conveyor belt and the material, ensuring smooth operation of the belt.


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