Factors of normal operation of high temperature

First of all, it must be ensured that there is no problem with its own conveying device. The high temperature resistant conveyor belt is only a hub, and its operation still depends on the conveying device. The quality of the device is the first factor that determines whether the belt can operate normally. Secondly, whether the belt matches the conveyor and whether it is suitable for transporting such goods are all factors that determine the normal operation of the conveyor belt. Whether the belt is intact, whether the problem has been handled, and whether the goods are placed on the conveyor belt is reasonable will directly affect the operation of the conveyor belt. Furthermore, the operator should have the professional knowledge to operate the conveying device and maintain the conveyor belt, discover problems, timely repair and timely disposal, and kill the hazard in the cradle. The normal operation of the belt will affect the production efficiency of the enterprise and should be paid attention to. The peeling of the high-temperature resistant conveyor belt during use is mainly due to the low adhesion and strength between the cover layer and the core. The main reasons for the low adhesion and strength between the two are as follows: 1 After the core paste is plasticized, dirt is stuck when it is turned to the roller. 2 The core paste is too plastic to combine well with the batter. 3 The precipitation of plasticizer in the core paste reduces the adhesion and strength between the core faces. Fragile materials also limit belt speed. When the high-temperature resistant conveyor belt and the conveyed material pass through the idler, the powdered material should be conveyed at a sufficiently low belt speed. The lower belt speed can prevent fragile materials from jumping and breaking at the loading and unloading points. Heavy-edge sharp materials should be transported at medium speed. Because the edges will excessively wear the surface of the conveyor belt, especially when the charging speed in the conveying direction is significantly lower than the speed of the conveyor belt. Increasing the belt speed can reduce the bandwidth and conveyor belt tension. However, while bringing the above benefits, it is also necessary to weigh the possible disadvantages such as the aggravation of conveyor belt wear, material bounce, air flow resistance, large impact of load roller and the reduction of the life of all parts of the conveyor belt.