Value Collection WS-MH-FIBR-238 Sisal Twine Tube Natural

Product Description

The VALUE COLLECTION WS-MH-FIBR-238 is a single-ply sisal twine tube in a natural color finish, designed for bundling, tying, and general-purpose fastening in trade and industrial environments. Sisal fiber provides a firm, biodegradable cordage with a breaking strength of 156 pounds, making it suitable for moderate-duty securing tasks. At 300 feet per pound, this tube format delivers a substantial working length from a compact, easy-to-dispense package. Maintenance technicians, facilities crews, and general tradespeople commonly keep sisal twine on hand for securing insulation, bundling pipe, or organizing materials on the job site.

This twine tube is well suited for residential and light commercial maintenance applications where a natural, non-synthetic cordage is preferred. The tube form factor allows for clean, tangle-free dispensing from the center or outside of the roll. Common uses include wrapping pipe insulation, tying off conduit bundles, staking, and general securing tasks across HVAC, plumbing, and facilities maintenance work. It is also used in agricultural and warehouse settings where biodegradable cordage is a requirement.

Key Features

• 156 lb breaking strength for reliable moderate-duty securing
• Single-ply sisal construction — natural, biodegradable fiber
• 300 feet per pound for extended working length per tube
• Natural color — no dyes or synthetic finishes
• Tube format for tangle-free dispensing on the job site

Compatibility

Designed as a general-purpose sisal twine tube suitable for bundling, tying, and securing applications across HVAC, plumbing, facilities maintenance, and light industrial use.

Installation Notes

No tools are required for dispensing; pull twine from the tube core or outer wrap as needed. When used to secure insulation or pipe wrap, ensure the twine is tied firmly but does not compress insulation material beyond manufacturer recommendations. Store the tube in a dry location to prevent moisture absorption, which can reduce tensile strength over time.