Thick side plates allow this chain to handle greater capacity than standard chain.

This treated steel chain has over eight times the capacity of stainless steel chain.

This acetal chain is suitable for general purpose applications.

Commonly used in chemical manufacturing, paper pulping, and waste processing, this chain is made of PVDF.

A rubber ring seals grease between the bushings and pins and keeps out dust and other contaminants.

This chain is made of steel.

This treated steel chain has over six times the capacity of stainless steel chain.

This steel chain handles higher loads than stainless steel chain.

Also known as side bow chain, this chain has extra clearance between components for flexing from side to side on systems with curved tracks and sprockets that aren’t exactly aligned.

Made of treated steel, these links offer increased corrosion resistance over steel attachment links.

Attach brackets and guides to these chains—or move material directly—for use in conveying, timing, and aligning applications.

Hooks at each end of the cable insert into the rollers beyond the links you want to change. Tighten the hooks with the included box wrench to add or remove a link. Maximum jaw capacity is 42".

Tighten the hex head screw with a wrench to remove chain pins without damaging side plates.

Minimize friction, reduce noise, and prolong the life of your roller chain. Guides can be cut to the exact length you need.

Place these steel inserts between two roller links. If they can be inserted past your ANSI number, the chain is worn out.

Install these rings between strands of chain to absorb slack without the need for realignment, lubrication, or tools—good for use in confined spaces where maintenance may be difficult.

At less than 4" in height, these tensioners are good for use on low-clearance drives.