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UHMWPE Marine Fender Pad
UHMWPE is a unique, low friction Ultra High Molecular Weight Polyethylene(UHMWPE) with a molecular weight of more than 3 million. Combining the benefits of higher wear resistance (even greater than steel) and lower maintenance costs, the pads are easy to fabricate, install and can be fastened to steel, concrete, wood and rubber. The pads can be drilled, cut, and machined with mounting holes or special shapes based on customer drawings.
Product details
UHMWPE Marine Fender Pad quotation details
UHMWPE is a unique, low friction Ultra High Molecular Weight Polyethylene(UHMWPE) with a molecular weight of more than 3 million. Combining the benefits of higher wear resistance (even greater than steel) and lower maintenance costs, the pads are easy to fabricate, install and can be fastened to steel, concrete, wood and rubber. The pads can be drilled, cut, and machined with mounting holes or special shapes based on customer drawings.
- Confirm dimensions, tolerances and color requirements
- Match material grade to abrasion, load and working environment
- Provide drawing review for machined or drilled parts
- Prepare TDS, MTR and inspection support as required
Related products
Related UHMWPE products
UHMWPE Dock Fender Pads
UHMWPE dock fender pads provide excellent impact resistance for marine and port protection applications. Low friction UHMWPE surface helps reduce vessel contact damage and equipment wear. Weather and corrosion resistant material supports long-term outdoor marine environments. High wear resistance design helps extend service life of dock protection systems. Custom sizes and machining options available for different dock and marine requirements. The pads can be drilled, cut, and machined with mounting holes or special shapes based on customer drawings.
UHMWPE Facing Pads
UHMWPE dock fender pads provide excellent impact resistance for marine and port protection applications. Low friction UHMWPE surface helps reduce vessel contact damage and equipment wear. Weather and corrosion resistant material supports long-term outdoor marine environments. High wear resistance design helps extend service life of dock protection systems. Custom sizes and machining options available for different dock and marine requirements. The pads can be drilled, cut, and machined with mounting holes or special shapes based on customer drawings.