The chain conveyor utilizes chain plates to pull workpieces for flat conveying motion to achieve production goals. The assembly line employs a modular configuration, allowing workstations to be set according to process requirements. Each workstation is equipped with power outlets, toolboxes, and material bins, ensuring a fast and orderly process. Typically, it is driven by a chain conveyor machine, also known as a plate chain machine.

Board Chain Machines are categorized into: Heavy-duty Board Chain Machines and Light-duty Board Chain Machines. The Heavy-duty Board Chain Conveyors, also known as Separator Conveyors, are typically used as ground logistics conveyance equipment. Heavy-duty Chain Plate Machines are widely applicable in the automotive and motorcycle industries.

Home appliances (TVs, washing machines, refrigerators, etc.), large appliances, electromechanical industries. Heavy-duty plate chain conveyors are commonly used in combination with suspended conveyors, roller conveyors, and hoists to form a three-dimensional automated production line, maximizing the benefits of each to enhance production efficiency, reduce labor costs, and ensure product quality, making it a typical integrated form of full-factory automation for modern large enterprises. Light-duty plate chain conveyors, also known as overhead chain conveyors or flat-top chain conveyors, are widely applicable in the food, beverage, electronics, electrical, and light industry. They feature highly flexible conveying methods, effectively utilizing space, and can be designed for standalone use or easily integrated with other conveying equipment. Key features of the light-duty chain plate conveyors include their lightweight structure, smooth operation, low noise, and easy maintenance. The materials for the heavy-duty chain plate conveyors include stainless steel, carbon steel, and aluminum alloy, while the frame is typically made of carbon steel.

Product Features:

High efficiency in conveying, as materials flow as a whole within the grooves of the chain conveyor, allowing for the transport of large quantities of material in a smaller groove space, and the equipment's dimensions are correspondingly compact.

Low energy consumption: The machine utilizes internal frictional force for conveying, ensuring frictionless movement between the conveying chain and the housing. Under the same conveying volume and longer conveying distance, the power consumption of this machine is approximately 40% lower than that of a screw conveyor.

Low failure rate – The rollers on the conveyor chain roll on the guide rail without friction between the conveyor chain and the housing. The chain is made from alloy steel, heat-treated for processing, with an expected lifespan of about 3 years, and a low failure rate during operation. Apart from the head and tail bearings, there are no lubrication points within the conveyor.