In November 2022, our company shipped a 122 meters Steep incline conveyor belt with a bandwidth of 1200mm to a coal plant in Kenya for the transportation and delivery of coal.

  The high-angle corrugated sidewall belt consists of three parts: base belt, sidewall, and diaphragm. The ribs prevent materials from slipping and falling. In order to make it easier to bypass the roller, the ribs are designed in a corrugated shape; the function of the diaphragm is to support the material. In order to achieve large-angle conveying, a T-type TC type is adopted. 

  The ribs and diaphragms are connected to the base belt by secondary vulcanization, which has high connection strength. High-angle conveyor belts are mainly used for horizontal transportation of bulk materials such as coal, coke, sand and gravel, and can also be used for vertical transportation of finished items.

The introduction of steep incline conveyor belt parameters

1. Inclination:

  The inclination of steep incline conveyor belt refers to the angle between the conveyor belt and the horizontal plane, usually between 30 degrees and 90 degrees. The greater the inclination, the stronger carrying capacity of conveyor belt will be. But, at the same time will increase the friction and the energy consumption of conveyor belt.

2. Conveying capacity:

  The conveying capacity of steep incline conveyor belt refers to the amount of materials that transported in a unit time. Usually in tons/hour. The conveying capacity depends on factors such as width, speed, inclination, materials density, and particle size of the conveyor belts.

3. Belt speed:

  The belt speed of steep incline conveyor belt refers to operation speed in unit time, generally in meter/second. The faster the belt speed, the higher conveying capacity, meanwhile, it will increase the wear and energy consumption.

4. Belt width

  Belt width of steep incline conveyor belt refers to the effective belt width, often in millimeters. The size of belt width is determined by the particle size and conveying capacity requirements of materials.

5. Power

  Power of steep incline conveyor belt refers to the required energy to drive during the conveyor belt operation, usually in kilowatts. The size of power is determined the length, belt speed, materials density and particle of conveyor belt.

6. Conveying distance

  Conveying distance of steep incline conveyor belt refers to the length from the stating point to the end point of conveyor belt. Usually in meters. The longer conveying distance, the higher carrying capacity of conveyor belt and power requirements of conveyor belt.

7. Conveying height

  Conveying height of steep incline conveyor belt refers to the height difference between the end point of conveyor belt and the starting point, usually in meters. The higher conveying height, the higher carrying capacity and power requirements of the conveyor belt.

  In summary, the parameters of steep incline conveyor belt are important indicators for evaluating its performance and scope of application. When selecting and using steep incline conveyor belt, all kinds of parameter factor should be considered comprehensively based on the actual needs and condition, to achieve the best conveying effect and economic benefits.