Roller Fender

Integrated Rubber Cushion for Impact Absorption: The defining feature of the Cushion Roller is its thick, outer layer of high-quality, resilient rubber. This rubber sleeve acts as a robust cushion that effectively absorbs and dissipates kinetic energy during berthing and incidental contacts. Unlike hard rollers, it gives way upon impact, significantly reducing peak reaction forces. This not only protects the floating structure itself but also minimizes potential damage to the guide piles and the hulls of approaching vessels, ensuring a much gentler and safer interaction.

Exceptionally Low Abrasion on Coatings and Hulls: The rubber surface is specifically formulated to be non-marking and non-abrasive. When contact occurs, the soft rubber cushion gently deforms rather than scraping against the opposing surface. This characteristic is crucial for preserving the protective coatings on steel piles and the delicate paintwork on vessel hulls, effectively eliminating scrapes, scratches, and costly cosmetic damage, thereby reducing maintenance expenses for all involved assets.

Maintenance-Free Bearings for Long-Term Reliability: At the heart of the Cushion Roller is a high-performance, sealed bearing assembly. These bearings are pre-lubricated and encased within a housing that is fully protected from water, salt, silt, and other corrosive marine elements. This "fit-and-forget" design requires no regular greasing or servicing, guaranteeing smooth rotation over an extended service life while drastically reducing ownership costs and the need for manual intervention.

Very Low Noise Operation and Versatile Applications: The combination of the sound-dampening rubber exterior and the smooth-rolling internal bearing results in exceptionally quiet operation. This is a significant advantage in noise-sensitive areas such as marinas, residential waterfronts, and fish farms. Their primary application is as pile guides for pontoons and other floating structures (like floating docks, wave attenuators, and work platforms), where they facilitate smooth vertical movement with tides while providing all-around impact protection.