With the advancement of environmental protection, many chemical industries are optimistic about the pipe chain conveyor, also known as the tube chain conveyor or multi-tube conveyor belt. It is a tubular conveying equipment that transports raw materials by dragging chain plates forward with a drive chain inside a single pipeline. Typically, the in and out conveyors are parallel, with one pipeline for each direction. However, there are unique cases where the incoming and outgoing pipelines are not processed in parallel, which depends on the specific situation.

During the operation of the conveying machine, even when the raw material has a high viscosity and is not easy to flow, it is propelled by the drive chain and chain wheel mechanism. The discs attached to the drive chain then push the raw material to maintain a stable logistics flow, ensuring the efficiency of the machinery and equipment. Additionally, when paired with two cleaning machines, the pipe chain conveyor can clean the raw material during the conveying process, making it difficult for sticky materials to adhere to the conveying equipment, thereby reducing the difficulty of cleaning the machinery.

The pipe chain conveyor represents an advancement over traditional conveying equipment, such as accumulation conveyors, spiral conveyors, and plate chain conveyor belts, which operate on a single plane and often have limitations. Moreover, these conveyors are not enclosed during the material conveying process, meaning dust and smoke can escape, which is unsuitable for the environmental protection requirements of modern factory production workshops. The introduction of the pipe chain conveyor addresses these issues. Besides replacing human labor, a significant advantage of the pipe chain conveyor is its sealed pipeline, which prevents material leakage and significantly improves the quality of the working environment for employees. As a result, the pipe chain conveyor has become a popular product among many businesses.

The speed is steady and slow, with a stable material flow, propelled by the disc, making it easy to control the discharge of materials at the low-speed discharge outlet.

2. The plates are made of polymer plastic, which does not produce sparks when rubbed against metal. Additionally, the material generates low noise when in contact with pipe walls and is suitable for transportation due to its high ignition point.

3. The tension device is unnecessary; the upward thrust from the chain links holds the material in place, while the lower feeding prevents the upper material from sliding down, creating lateral pressure to maintain continuous operation.

4. The space can be arranged in a three-dimensional layout, occupying minimal space, and can be combined for horizontal, slanting, and vertical conveyance.