G-3-BLUEWO

Polyform G-3 Twin Eye Fenders

Polyform G-3 Twin Eye Fenders

Description

The Polyform G-3 Twin Eye Fender has raised the bar for quality and appearance in utility fenders.

Features

  • Even Wall Thickness For Maximum Strength
  • Molded In Ribs For Strength And Abrasion Resistance
  • Reinforced Ropeholds
List Price
$19.99
Your Price
$15.11
In Stock

Shipping Information
Return Policy
Why Buy From Fondriest?

Details

Subscribing to the philosophy that quality does not have to cost more, we include ribs for extra strength, inflation valves for larger sizes and reinforced ropehold area for long term durability. We also put a little fun into fenders by offering the G-Series in 14 colors. Now, all competitive products are judged by the standard we set.

Features:

  • Designed for use by trailered boats and permanent protected moorings
  • Offered in 14 colors to suit any vessel: Black, white, gray, classic red, burgundy, sand, forest green, teal, blue, cobalt, navy, purple, yellow and orange
  • Unique Polyform valve for years of service.
  • Size: 5.5 x 20 in
  • Eye Diameter: 5/8 in
  • Circumference: 17.3 in
  • Image Part # Product Description Price Stock Order
    Polyform G-3 Twin Eye Fenders G-3-BLUEWO G-3 Twin Eye Fender, 5.5 x 20, Blue
    $15.11
    In Stock
    Polyform G-3 Twin Eye Fender 5.5 x 20 - White G-3-WHITEWO G-3 Twin Eye Fender, 5.5 x 20, White
    $15.11
    In Stock
    Polyform G-3 Twin Eye Fender 5.5 x 20 - Black G-3-BLACKWO G-3 Twin Eye Fender, 5.5 x 20, Black
    $15.11
    In Stock

    In The News

    Acid Rain Data Helping Scientists Tackle Water Quality Issues

    Since the 1980s, scientists from the Vermont Department of Environmental Conservation (VT DEC) have been sampling water from acid-impaired ponds and lakes and tracking data related to acidity. The line of inquiry began in response to concerns about acid rain, but DEC scientists now find that the long-term monitoring is not only proving the efficacy of the Clean Air Act but also improving local water quality. Guarding the environment in Vermont Rebecca Harvey is a VT DEC scientist, and monitoring the state's waterways for acidity and other problems falls in part to her. Dr. Harvey corresponded with EM about this work.

    Read More

    Advanced Oxidation Processes for Wastewater Treatment

    In the ongoing quest for better wastewater treatment, a team of researchers from the University of California, Riverside (UCR) have developed a technique to improve the way Advanced Oxidation Processes (AOPs) remove pollutants from wastewater dramatically. AOPs remove organic materials from water using oxidation. These AOP reactions take place when hydrogen peroxide, a powerful oxidizing agent, decomposes, leaving hydroxyl radicals along with oxygen and water behind. This makes the processes appealing, but until now they've required both a long period of time and large amounts of both hydrogen peroxide and ferrous salt (Fe2+, a divalent iron ion). The Fe2+ acts like a catalyst, but also produces a secondary pollutant in the form of an iron-containing sludge.

    Read More

    Bacterium Breaks Down Ammonium in Sewage and Runoff Without Oxygen

    Wetlands are one of nature's plans for treating water. Home to a host of different microbes, riparian wetland soils play matchmaker to nutrient-rich runoff and bacteria that feast on nutrients and other environmental toxins. Princeton University researchers have discovered one such bacterium—Acidimicrobiaceae bacterium A6—that can break down ammonium, part of both fertilizer and sewage runoff, without oxygen. This ability could mean wastewater treatment without expensive aeration machinery. Peter Jaffé , Princeton's William L. Knapp '47 Professor of Civil Engineering and a professor at Princeton's Andlinger Center for Energy and the Environment , corresponded with EM about the latest research . Dr. Jaffé and his team first published on A6 in 2015.

    Read More