The belt conveyor is primarily composed of a frame, conveyor belt, belt roller, tensioning device, and transmission unit. It comes in various forms such as trough belt conveyors, flat belt conveyors, incline belt conveyors, and bending belt conveyors. Additional accessories like lifting plates and skirts can be added to the conveyor belt to meet various process requirements. The conveyor is equipped with workbenches and lighting racks on both sides, making it suitable for electronic instrument assembly, food packaging, and other conveyor assembly lines.

Belt conveyors are reliable in operation. They are widely used in many critical production units, such as coal transportation in power plants, conveying of bulk materials in steel and cement factories, or ship loading and unloading at ports. This is because any downtime in these scenarios would result in significant losses, and belt conveyors can achieve continuous transportation, making them a popular choice.

2. The belt conveyor features low power consumption. As the material and conveyor belt have almost no relative movement, it not only reduces the running resistance but also minimizes wear and breakage on the cargo, resulting in high production efficiency. All these factors contribute to a reduction in production costs.

The conveyor belt system offers versatile and flexible routing capabilities. The length of the line can be tailored to meet requirements, ranging from a few meters to over 10 kilometers. It can be installed in small tunnels or suspended above busy and hazardous ground areas.

4. Belt conveyors offer flexible feeding. They can receive materials from a single point or multiple points and can also discharge to multiple points or several sections. When materials are added simultaneously to several points on the conveyor belt or fed uniformly to the conveyor belt at any point along the length of the belt conveyor, it becomes a major transportation artery.