820 Conveyor Chain 820 Conveyor Flat Top Chain 82 | RFQ Sourcing Details

THERMOPLASTIC TABLETOP CHAINS Thermoplastic tabletop chains are a type of conveyor chain made of thermoplastic materials, mainly composed of chain plates, pins, and other components. The chain plates are flat-topped, and this unique design allows items to be placed stably during transportation.

Thermoplastic materials have the characteristics of softening when heated and solidifying when cooled. During manufacturing, they can be precisely formed through processes such as injection molding, giving the chain good flexibility and plasticity.

It plays a key role in material transportation in industrial production. The coordinated operation of various components drives the chain to circulate and transport various products and raw materials continuously from one place to another, ensuring the continuity and efficiency of the production process.

Thermoplastic tabletop chains are lightweight, greatly reducing the load on the equipment compared to metal chains, and are more energy-efficient and efficient.

The thermoplastic material used has excellent corrosion resistance, whether it is facing a humid environment or , it can effectively resist erosion and extend its service life.

The chain surface is smooth, and the flat-top chain plate design allows for smooth and vibration-free transportation of items, reduces bumps and displacement, and ensures product integrity.

Moreover, it has good flexibility and can flexibly adapt to various complex conveying lines, turning and climbing are no problem, and the installation layout is more flexible.

In addition, thermoplastic materials also have a certain mute effect, low noise during operation, creating a more comfortable production environment.

Product Parameters Belt Type Plate Width Working Load(Max.) Backflex Radius(Min) Weight mm inch N/m(21ºC) mm inch kg/m 820-K -K -K -K -K -K -K Detailed Photos LIGHTWEIGHT MATERIAL Thermoplastic tabletop chains are made of thermoplastic materials, which are much lighter than traditional metal chains.

This not only reduces the overall weight of the conveying equipment, reduces the energy consumption of the motor and other drive devices, and achieves energy-saving operation, but also reduces the wear o