Accumulation chains - Import export

Accumulation chains guarantee trouble-free positioning of the transported goods and almost completely prevent jolts when the belt starts and stops. The idler rollers on each side serve two purposes: first, they engage with the sprocket teeth to transmit power, and second, they support the chain in the guide rail. We offer a wide range of accumulation chains in different performance classes. In addition to classic accumulation chains, we also supply offset low-friction roller accumulation chains, maintenance-free accumulation chains, side spring accumulation chain versions, finger and piece-protected accumulation chains and our cost-effective series

This type of Chains are designed according to customer demand and usage situation. Depending on the need, it is produced in such forms as steep-eared, bent-eared, weld-eared, welded L-twist-eared to be unilateral or double-sided on the chains, and used to transport the targeted products from one place to another. In general, it is a type of chain used for transfer purposes in conveyor belts.

These types of chains are generally formed by the use of DIN 8187, DIN 8188 and DIN 8181 standard chains. According to the usage areas and purposes, it is obtained from U-twisted (bridge) metak sheet which is located in the outer link area. Rubber cladding is done on U-Twist (bridge) profiles according to customer requirements and working conditions within the range of 50-80 SHORE hardness.

https://www.zimaszincir.com.tr/en/products/solid-bearing-pin-chains

This type of chain is one of the most reliable solutions because the scraper conveyors are one piece. Different sizes and materials are available. It is produced by hot forging method.

Chain for forklifts, Leaf chain for materials handling.

The outstanding features of iwis accumulation chains are their efficiency, durability and resultant cost-effectiveness. The outer low-friction rollers enable energy savings of up to 30% to be made. Accumulation chains with offset rollers allow goods to be conveyed smoothly and with optimum weight distribution, since every pin takes its share of the load.