DE965069F - Dock Edge Large Reversible Fender Cover - Black/Blue

Dock Edge Large Reversible Fender Cover - Black/Blue

The Dock Edge fender covers have undergone extensive third-party testing, consistently outperforming competitors in six out of seven industry standards. This includes tests for wicking, UV resistance, and color-fastness. CMP fabric is renowned for its outstanding performance, resilience, and impressive color retention, making it the perfect choice for marine applications where durability is essential.

Key Features:

• Fully reversible design featuring black and blue colors
• Durable double cordlock fastener with heavy elastic drawstring
• Highly durable, color-fast, and water-repellent
• Antibacterial, dry-wick fabric enables quick drying
• Double layer construction for superior abrasion resistance
• Extended lifespan due to high UV resistance

Specifications:

• Fits Twin-Eye: 10" x 30" (25.4cm x 76.2cm)
• Fits Center Hole: 10" x 25" (25.4cm x 63.5cm)

Available Sizes:

• Small for fenders with a diameter of 6"
• Medium for fenders with a diameter of 8"
• Large for fenders with a diameter of 10"
• Extra Large for fenders with a diameter of 12"

The Dock Edge Large Reversible Fender Cover (part number DE965069F) is designed for marine applications requiring durable fender protection. This cover is engineered with CMP fabric, known for its resilience and color retention, and features a double-layer construction for abrasion resistance. It offers a reversible black and blue design, secured by a double cordlock fastener with a heavy elastic drawstring. The fabric is antibacterial, dry-wicking for quick drying, and water-repellent. It also provides high UV resistance to extend its lifespan. This product is suitable for IT hardware resellers serving clients in the marine sector, such as marinas, boatyards, or commercial shipping operations, who require robust fender accessories that withstand environmental exposure and frequent use. It addresses the need for protective covers that maintain appearance and structural integrity over time.