Erickson 6665 Industrial Bungee Cord 24 Inch Power Pull

Product Description

The ERICKSON 6665 is a 24-inch industrial bungee cord designed for heavy-duty securing and bundling applications. It features Power Pull hooks constructed from chromate-finished hardened wire, giving each hook added corrosion resistance and strength. Each hook includes a built-in finger loop that allows the user to stretch and position the cord with one hand, reducing the effort needed to attach or detach the cord under tension. Plastic caps on the hook ends protect surfaces from scratches during use. This cord is suited for tradespeople, fleet maintenance crews, and general industrial use where a reliable, reusable tie-down is needed.

The ERICKSON 6665 fits a wide range of securing tasks across trade and industrial environments. Common applications include bundling conduit, pipe, or hose runs on a job site, securing equipment covers, and organizing materials during transport. The finger loop hook design is particularly useful in tight spaces or when working with gloves, making attachment faster and more controlled than standard open hooks. Sold individually.

Key Features

• Power Pull hooks made from chromate-finished hardened wire for durability and corrosion resistance
• Finger loop on each hook simplifies stretching and one-hand attachment
• Plastic caps on hook ends prevent surface scratches
• 24-inch length suitable for mid-size bundling and tie-down tasks
• Industrial-grade construction for repeated use in trade and field environments

Compatibility

Designed as a general-purpose industrial bungee cord suitable for securing, bundling, and tie-down applications across trade and maintenance work.

Installation Notes

Inspect the cord and hooks for wear, cracking, or deformation before each use. Do not overstretch beyond the rated elastic range. When attaching under tension, use the finger loop to maintain control and keep the hook away from face and eyes. Replace the cord if the elastic shows signs of dry rot, fraying, or reduced elasticity.