Patterned Conveyor Belt – Anti‑Slip & Wear‑Resistant Belt

Pattern layer: Located on the working surface of the conveyor belt, that is, the side in contact with the material, various shapes and heights of patterns are formed through processes such as pressing or vulcanization on the base belt, such as herringstone, strip, granular, fan-shaped, etc., to increase the friction between the conveyor belt and the material and prevent the material from sliding down.

Features

Good anti-slip performance: Through special pattern design, the friction between the surface of the conveyor belt and the materials is effectively increased, making the materials less likely to slide down during inclined conveying. It can be applied to the conveying of bulk and bagged materials with an inclination Angle of 0-45°.

Preventing material spillage: Appropriate pattern shapes and arrangements can serve as a certain barrier for materials, reducing spillage and leakage during the conveying process and maintaining a clean working environment.

Strong anti-wear ability: The presence of patterns relatively reduces the contact area between the material and the conveyor belt, lowering the degree of wear on the conveyor belt surface caused by the material and extending the service life of the conveyor belt.

High conveying stability: The rationally designed patterns help guide the materials to move stably on the conveyor belt, and to a certain extent, prevent the conveyor belt from deviating during operation, thereby enhancing the stability and reliability of conveying.

Adapt to various materials: Different pattern types and sizes can adapt to the transportation of various types, shapes and weights of materials, such as powder, granular, block, bagged and other materials.

Pattern types and uses

Herringbone pattern: The surface of the belt has a "herringbone" pattern that is higher than the belt body. It can be open or closed and is available in three types: high, medium and low. It is suitable for conveying powdery, granular and small block materials with an inclination Angle of no more than 40 degrees, and can also convey bagged materials.

Strip patterns: There are horizontal strip patterns on the surface of the belt that are higher than the belt body, which are divided into three types: high, medium and low. Each type can be further classified into sparse and dense forms according to the arrangement spacing. It is suitable for horizontal conveying of packaging materials with an inclination Angle of no more than 30 degrees. In the case of trough formation, it can replace the herringbone-shaped pattern.

Granular patterns: There are granular patterns on the surface of the belt that protrude above the belt body or are recessed into the belt body. The pits can also be made into square hole shapes, rhombic shapes and fabric patterns. The convex granular pattern is suitable for the transportation of soft packaging or materials that require grasping force, such as cardboard boxes, or for non-sliding transportation. The concave pit-shaped granular pattern is suitable for conveying granular materials with an inclination Angle of no more than 45 degrees.

Fan-shaped pattern: There are semi-fan-shaped or quarter-circular patterns on the surface of the tape. When the tape is grooved, the patterns converge to form a fan or semi-circle, which belongs to the high-patterned category. It is suitable for conveying powder, granular and block materials at a large inclination Angle of no more than 60 degrees.

Circular patterns: The patterns are circular protrusions or depressions, providing a certain degree of friction. They are suitable for light-load and low-speed material transportation scenarios and are often used in industries such as food and medicine for material transportation with high hygiene requirements.