Wholesale Uhmwpe Plastic Marine Fender Pad Manufacturer, Manufacturers

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Wholesale Uhmwpe Plastic Marine Fender Pad Manufacturer, Manufacturers

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Product Description

Product Detail

UHMWPE Fender pads and fenders are produced by a sintering process either from virgin or from reclaimed material (approx. 70% reclaimed + 30% virgin material - also named double-sintered or blended UHMW-PE). UHMW-PE (Ultra High Molecular Weight Polyethylene) combines highest strength with wear resistance and consequently provides the best durability of all available Polyethylene products.

Key Advantages

Very high impact strength
Very low friction coefficient
Very high abrasion resistance
UV + Ozone resistant
Non-conducting (optional)
100% recyclable, non-rotting
Cut to size sheet, all sizes available
Standard colors: Black, Yellow, Blue, Green, Red, White (other colors available upon request)

Applications

Low resistance sliding plates on fender panels
Low resistance sliding panels for bridge and pier protection
Corner protection for offshore structures, berths, and other marine facilities

Category	Details & Options
Standard Color	Black, Yellow, Blue, Green, Red, White. Other colors are available upon request.
Shape	UHMWPE Flat Fender Pad, UHMWPE Corner Fender Pad, UHMWPE Edge Fender Pad.
OEM Service	Various OEM services provided, including PE Blocks, UHMWPE Impact Bars, PE Strips, UHMWPE Rods, and other PE parts.

UHMW-PE Flat Fender pad, UHMW-PE Corner Fender pad, and UHMW-PE Edge Fender pad are all available.

Product Feature

1. Excellent Abrasion Resistance

Marine fender pad of UHMWPE material outwears hardened steel. Cuts hour-glass wear on pilings from vertically moving "camels".

2. No Moisture Absorption

Marine fender pad of UHMWPE material has no swelling or deterioration from water permeation.

3. Chemical & Corrosion Resistant

Withstands salt water, fuel, and chemical spills. Chemically inert structure does not leach chemicals into waterways, protecting fragile marine ecosystems.

4. Weather Extremes Performance

Sub-zero conditions do not degrade performance. Retains key physical properties down to -260°C. UV-resistant to increase wear life in seaport exposures.

UHMWPE Fender Pads Feature Highlights:

Highest abrasion resistance of any polymer (6 times more wear resistant than steel)
Anti-weather & anti-aging
Self-lubricating with a very low coefficient of friction
Excellent chemical and corrosion resistance; stable chemical properties endures various corrosive mediums and organic solvents within specified temperatures
Superior impact resistance, noise-absorption, and vibration-absorption
Low water absorption (<0.01% water absorption) unaffected by temperature
Temperature range: -269ºC to +85ºC

Product Testing

Item	Test Method	Unit	UHMWPE 1000-V	UHMWPE 1000-DS
Density	ISO1183-1	g/cm3	0.93-0.95	0.95-0.96
Yield Strength	ASTM D-638	N/mm2	15-22	15-22
Breaking Elongation	ISO527	%	≥200%	≥100%
Impact strength	ISO179	Kj/m2	130-170	90-130
Abrasion	ISO15527	Steel=100	80-110	110-130
Shore Hardness	ISO 868	Shore D	63-64	63-67
Friction Coefficient (Static state)	ASTM D-1894	Unitless	≤0.2	≤0.2
Operating temperature	-	℃	-80 to +80	-80 to +80

Detail Images

Product Packing

Frequently Asked Questions

Q1 Are you a manufacturer?

Yes, we have been providing professional products for over 10 years.

Q2 Is customization available?

Yes, customized products are available according to the detailed drawings provided.

Q3 What are the payment options?

We accept payments via PayPal, T/T payment, Trade Assurance, and other payment methods.

Q4 What quality control system is in place?

We have a research & development quality control center, where every order is strictly tested before delivery.

Q5 Can you supply product samples?

Yes, small samples can be provided for free, while shipping costs are paid by customers.

Q6 How many days will the samples take, and what is the mass production lead time?

Generally, in-stock samples are sent via air express within 3-5 days. Mass production normally takes within 30 days or varies according to the order requirements.