Multiple plate bearing pin chains

Different Types of Leaf Chain

AL Series

The thickness and configuration of the plate are identical to ANSI rolling chain. The pin diameter is nearly identical to ANSI roller chain. AL leaf chain (manufactured in accordance with the standard of the ANSI B29.9 Standard) is made from American standard roller chain parts. AL Series chain is a lightweight chain that is suitable for light load lifting and machine tools.

LL Series

Leaf chain LL, made in accordance with ISO4347, DIN8152 and NFE26107 standards, is made from components of roller chains to European standards. Similar to AL chain, LL chain can be described as a light chain designed for lightweight load lifting applications, as well as machine tools.

BL Series

BL leaf chains are made up of link plates, which are more substantial and wider in the contour than AL Series link plates of the same pitch. Link plates are similar in thickness to the link plates for the next larger pitch that are found in ANSI chain rollers. In contrast, the link plates of the BL Series are thicker than those of the AL Series and share the same pin diameter with the ANSI G8 roller chains.

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Multiple Plate Bearing Pin Chains MP Series

Multiple Plate Bearing Pin Chains LF30 MP50F2 MP50.8 MP70 MP80 MP90 MP110

The multiple-plate bearing pin chains are a kind of timing chains made up of numerous rows of bearings that are plate-type. It is typically utilized in automotive engines. The chains utilize a shorter pin to keep the plates in position. These chains are extremely efficient and require little maintenance than traditional chain systems. They are particularly useful in high-performance settings.

Multiple Plate Bearing Pin Chains MP Series

Multiple Plate Bearing Pin Chains MP Series

A multiple plate bearing pin chain is a type of timing chain that uses many rows of plate-type bearings. It is often used in automotive engines. These chains use a short pin to hold the plates in place. These chains are highly efficient and require less maintenance than conventional chain systems. They are especially useful in high-performance applications.