Introduction to the product, structure and conveying capacity of sidewall belts

Sidewall belt is the abbreviation for sidewall conveyor belt and corrugated sidewall belt. Generally speaking, the ribs are wavy. The function of the rib is to protect the material from tilting at the same time, play the role of parallel or lift, and lift the material to a specified height.

Features:

The product is easy to design as a complete conveying system, avoiding intermittent conveying and complicated lifting systems. The system is characterized by fast installation speed, large transmission angle, small footprint, reduced civil construction investment, flexible layout, and low maintenance. Low energy consumption.

product structure:

It mainly consists of the following three parts:

1. The horizontal rigid base belt has greater horizontal rigidity and vertical flexibility.

2. High-strength thermal vulcanized rubber corrugated ribs.

3. Horizontal partition to prevent objects from sliding down.

The ribs and the bottom of the partition and the base belt are thermally vulcanized into one body. The height of the ribs and the partition can reach 40-630mm. Add canvas to the rib to improve the tear strength of the baffle. The corrugated sidewall belt is more flexible and flexible, which can ensure that the conveyor belt smoothly passes through the end wheel and the tail wheel.

Product delivery capacity:

The corrugated sidewall belt can transport various forms of bulk materials in horizontal, inclined and vertical directions. Coal, ore, sand, fertilizer, and grain. There is no limit to the particle size of the material, which can range from a small particle size to a very large particle size, and the energy delivered can range from 1 cubic meter per hour to 6000 cubic meters per hour.

Applications:

It is widely used in the construction of infrastructure such as concrete transportation, as well as various powder materials in industries such as mining, steel, and electric power. Compared with other conveyor belts, sidewall belts have the advantages of small footprint, small unit investment, low cost of use, large volume, and flexible and adjustable transportation angles.