Black Hollow Trapezium Composite Fender with UHMW PE Face | 120mm Wide x 120mm High x 62mm ID Round Bore

Black hollow trapezium composite fender with UHMW PE face, 120mm wide x 120mm high with 62mm round bore. Provides excellent impact absorption with a low friction, wear resistant contact surface for marine and industrial use.

Width
120mm
Height
120mm
ID (Inside Diameter)
62mm
Face
12mm Thick UHMW PE
Maximum Length
3m
SKU: HLWTRPCOMFENRBORE-120MMX120MMX62MM
Maximum Length
3m
Width
120mm
Height
120mm
ID (Inside Diameter)
62mm
Colour
Black
Material / Compound
NR / SBR
Face
12mm Thick UHMW PE
Estimated Delivery Time
2 - 3 Weeks

Please contact our friendly sales team for help or advice with any of our products – +44 (0)2380 434646 or info@bridgerubber.co.uk

Black Hollow Trapezium Composite Fender with UHMW PE Face | 120mm Wide x 120mm High x 62mm ID Round Bore

Black hollow trapezium composite fender with UHMW PE face, 120mm wide x 120mm high with 62mm round bore. Provides excellent impact absorption with a low friction, wear resistant contact surface for marine and industrial use.

Width
120mm
Height
120mm
ID (Inside Diameter)
62mm
Face
12mm Thick UHMW PE
Maximum Length
3m
SKU: HLWTRPCOMFENRBORE-120MMX120MMX62MM
Maximum Length
3m
Width
120mm
Height
120mm
ID (Inside Diameter)
62mm
Colour
Black
Material / Compound
NR / SBR
Face
12mm Thick UHMW PE
Estimated Delivery Time
2 - 3 Weeks

Please contact our friendly sales team for help or advice with any of our products – 02380 434646 or info@bridgerubber.co.uk

Product Description

Black Hollow Trapezium Composite Fender with UHMW PE Face | 120mm Wide x 120mm High x 62mm ID Round Bore

Deliver high performance impact protection with our Black Hollow Trapezium Composite Fender with UHMW PE face, engineered for demanding marine and industrial environments. With a 120mm x 120mm trapezium profile and a 62mm internal round bore, this fender combines excellent shock absorption with outstanding surface durability.

The hollow composite rubber body absorbs impact energy effectively, while the UHMW PE (Ultra High Molecular Weight Polyethylene) face provides an extremely low friction, wear resistant surface. This reduces hull abrasion, drag, and maintenance, making it ideal for high contact areas where vessels berth frequently.

Designed for strength, longevity, and easy installation, this composite fender is highly resistant to UV, saltwater, chemicals, and abrasion. It’s a trusted solution for protecting boat hulls, docks, jetties, quay walls, and industrial structures.

Key Features

  • Profile Type: Hollow trapezium composite rubber fender
  • Colour: Black
  • Face Material: UHMW PE wear resistant face
  • Dimensions: 120mm wide x 120mm high
  • Internal Bore: 62mm ID round bore
  • Design Benefits: Excellent shock absorption with low friction contact surface
  • Durability: UV, saltwater, chemical, and abrasion resistant
  • Maintenance: Reduced wear on hulls and structures

Applications

  • Marine docks, jetties, and pontoons
  • Quay walls and berth protection
  • Commercial and recreational vessels
  • High traffic marine contact zones
  • Industrial and loading bay impact protection

Why Choose This Composite Fender with UHMW PE Face?

This 120mm x 120mm Black Hollow Trapezium Composite Fender delivers the perfect balance of impact absorption and surface protection. The UHMW PE face minimises friction and wear, while the hollow rubber core cushions heavy contact—making it ideal for long term use in harsh marine and industrial conditions.

Colour
Black
Maximum Length
3m
Width
120mm
Height
120mm
ID (Inside Diameter)
62mm
Face
12mm Thick UHMW PE

    Related Products

    Other Categories

    Hoses & Ducting 0
    Our comprehensive range of industrial hoses and ducting solutions covers diverse application needs.
    Rubber Extrusions 290
    High Quality Rubber Extrusions Tailored to Your Needs, Providing Durable and Precise Seals.
    Plastic Sheeting, Strip & Rod 0
    Expert suppliers and distributors of sheets, strips, blocks and rods in almost all engineering plastic materials.