Ultra high molecular weight polyethylene (UHMWPE), not only reduces friction, wear, clogging and noise compared with metal, but also never needs lubrication.

Virtually unbreakable, UHMWPE  is especially formulated for optimum sliding characteristics and resistance to wear and abrasion. This means it is ideally suited to mechanical transmission support products and to flow promotion.

Increase Chain Life - UHMWPE displays some of its greatest benefits when employed as chain wear guide strips or profiles. Excessive chain wear leads to premature and often unpredicted – chain elongation.

This introduces chain oscillation, destabilizes the chain drive, and reduces the operational life of the chain. Elimination of these problems cuts downtime and maintenance, substantially reducing overall costs and minimizing the risk of expensive disruption caused by unscheduled breaks in production.

Our chain guide rollers generally have double or triple and sometimes multiple strands of chains running over fabricated frames and guides. They are used where positive transport of goods is required, and are often used in conjunction with roller conveyors where a change in direction is required. These roller conveyors are often employed for use in systems handling cartons or tote bins, but are also commonly found where movement of heavy loads such as pallets, drums and collapsible pallet boxes used in warehouses, manufacturing areas and in mail order or sorting houses.

We offer a comprehensive range of conveyor roller that is extensively used in several industries. Designed with the assistance of our engineering professionals our conveyor rollers are provided with bearings to offer optimum performance and hasten rolling. These are widely used owing to superb strength, reliability and corrosion resistance.

The extensive variety of metal scrappers that we offer are known for accuracy in shape, metal strength, convinient design and cost efficiency. These scrappers are available in variety of sizes & shapes depending on application need.