Sidewind R-Series Fenders White with Blue Tops and Lanyard

Sidewind Marine
$26.04 - $89.01
(No reviews yet)
Current Stock:
Adding to cart… The item has been added

Oversize Product

 

The Sidewind Marine R-Series fenders are constructed using molded vertical ribs to enhance strength and minimise rolling. This range also includes a white double braided nylon dock line, which is soft and easy to handle and offers great elasticity, good abrasion resistance and high strength.

The premium marine grade vinyl remains soft and pliable to prevent scratching and has built in UV protection to guard against discolouration. The MicroGuard unique antimicrobial protection also reduces bacteria and prevents the product from degrading.

Unlike other 2-tone fenders on the market, the Sidewind R Series incorporates an additional protective layer of marine grade coloured material on both ends. This provides added resistance, rather than a simply paint-end that will rub off over time. Each coloured end also features a reinforced eye within a core of solid PVC.

The regular air valve will enable quick and easy inflation with a standard sports pump, and the fender is partly-filled with nitrogen at the factory.

Size shown is Length x Diameter

Features:

  • Includes 10mm x 2m long nylon lanyard on each
  • One piece design
  • Soft and pliable
  • 2-tone: white with blue tops
  • Reinforced eyes
  • Complete with MicroGuard
  • Partly-filled with nitrogen at factory

 

SKU Model No. Length (mm) Width (mm) Eye Diameter (mm)
JPW3960 R10 410 115 12
JPW3961 R20 507 140 16
JPW3962 R30 585 165 19
JPW3963 R40 685 215 33

 


Why MicroGuard?

Boat fenders that appear black and dirty are actually covered in mould. MicroGuard unique antimicrobial protection reduces bacteria and prevents product degradation and discolouration.

Why Nitrogen?

Nitrogen helps maintain air pressure for 3-4 times longer than air. It is environmentally friendly as nitrogen is present in the air we breathe, and reduces moisture which helps prevent premature material degradation.