2-10 Layers S80 S100 S120 S160 Apron Conveyor Belt

Apron conveyor belt 2-10 layers S80/S100/S120/S160 Inclined Conveyor Belts

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1. Precautions for the use of conveyor belts

With the popularity of conveyor belts in industrial production, multiple varieties, high performance, light weight, multi-function, and long life are several aspects that manufacturers pay attention to. In industrial production, the correct use of conveyor belts is particularly important. The following items should be paid attention to in the use of conveyor belts:
1) Avoid the roller being covered by the material, causing the rotation failure, prevent the leakage of the material from getting stuck between the roller and the belt, pay attention to the lubrication of the movable part of the conveyor belt, but do not oil the conveyor belt;
2) Prevent the conveyor belt from starting under load;
3) If the conveyor belt deviates, measures should be taken to correct it in time;
4) When the conveyor belt is found to be partially damaged, use artificial cotton to repair it in time to avoid expansion;
5) Avoid the conveyor belt from being blocked by the frame, pillar or block material, and prevent it from breaking and tearing.

2. the optimization and improvement of the sidewall conveyor belt

In order to improve the carrying capacity of the rib conveyor belt, the transverse bending deformation of the rib conveyor belt is minimized after loading. That is, increasing the transverse rigidity of the rib conveyor belt is the key to reducing the transverse load deformation of the belt and increasing the carrying capacity of the belt. . The lateral rigidity value of the sidewall conveyor belt body refers to the free support of the side edges of the belt body in the horizontal vertical section of the belt body, and the bending weight and width of the belt body caused by the self-weight of the sidewall conveyor belt body The ratio of the magnitude. The technical standard requirements for the lateral rigidity value of the rib conveyor belt with high lateral rigidity shall not be greater than 0.05. After the optimization and improvement of the belt body structure of the rib conveyor belt, the lateral rigidity test value is 0.036 after the lateral rigidity strengthening layer is added. After the belt body is loaded, the lateral deformation is reduced, which can increase the bearing capacity by 15% to 20%. An effective measure to improve the lateral rigidity of a large heavy-duty sidewall conveyor belt is to set a special composite layer of polyester staple fiber specially mixed and calendered between the multi-layer tensile canvas layers of the flat base belt body, that is, the polyester staple fiber is in the A buried glue layer is arranged in the glue layer along a single horizontal direction of the belt body. The use of this special composite adhesive layer that enhances the lateral bending resistance of the sidewall conveyor belt body can increase the lateral rigidity of the belt body by 2.5 times compared with the ordinary structure sidewall conveyor belt, even if the lateral rigidity value is increased by 0.09 increased to 0.036.