Grain Mining Corrugated Sidewall Conveyor Belt Large Dip Angle Belt Conveyor

Corrugated Belt Conveyor Corrugated Large Dip Angle Belt Conveyor

The belt machine with big dip Angle is a corrugated edge and diaphragm conveyor belt, its allowable transmission Angle can reach 90°, so it can save the area, save equipment investment and civil construction costs, has high comprehensive economic benefits, is the ideal equipment for large dip Angle transmission and vertical promotion.

DJ big dip Angle belt machine according to its conveying baseband width can be divided into three series, each series according to different baffle height and each has three products, can meet the Angle between 30-90°, particle size is less than 180mm material conveying, conveying material 84-360m3 per hour.

1, simple structure, stable operation, low noise, reliable operation, low energy consumption

2. Convenient connection. Horizontal conveyor section of arbitrary length can be set in the nose and tail, which is easy to connect with other equipment

3, large throughput. Because the conveyor belt has corrugated baffle, its loading end face increases, and at the same inclination Angle, the conveying capacity is larger than that of the general belt conveyor

4, the use of corrugated edge and diaphragm conveyor belt, its permissible transmission Angle can reach 90°, save land area, save investment and civil construction costs.

The conveyor belt of the belt conveyor with large inclination Angle plays the role of traction and bearing. The wavy retaining edge, diaphragm and base belt of the conveyor belt form the "gate" shaped container for conveying materials. Driven by the motor, the conveyor belt drives the material up, so as to achieve large inclination conveying. Belt conveyor equipment is mainly composed of head transmission device, tail tension device and conveyor belt. The traction member and the bearing member are a gratuitous tape, which is wrapped around the transmission drum and the redirection drum at both ends of the frame. The tape is tensioned by a tensioning device at the end and supported by idlers along the length of the tape to form a closed loop. When the driving device drives the driving drum to turn, the friction between the driving drum and the belt drives the belt to run. The transported material is generally added to the tape by the guide groove, and the material is transported to the unloading device of the head with the movement of the tape for unloading.