Bsc Preferred TWS970 Natural Fiber Twine Biodegradable

Product Description

The BSC PREFERRED TWS970 is a natural fiber twine designed for bundling, securing, and tying applications across packaging, shipping, and light industrial environments. The smooth, moisture-resistant construction grips firmly when knotted, delivering reliable holding strength without fraying or slipping. Because the twine surface is smooth rather than abrasive, it will not cut or score the edges of corrugated cartons or cardboard. The TWS970 is biodegradable, making it a compliant choice for facilities with waste-reduction or sustainability requirements. It is sold by the unit and weighs approximately 9.04 pounds per package.

This twine is well suited for use in warehouse, distribution, and packaging operations. Common applications include bundling corrugated cartons, tying newspapers, securing hides, and strapping lath and lumber. Its moisture-resistant properties make it a practical choice in environments where ambient humidity may affect packaging integrity. Packaging staff, warehouse workers, and shipping personnel are the primary installers of this product.

Key Features

• Natural fiber construction grips firmly to provide strong, reliable knot strength
• Smooth surface will not cut or abrade the edges of corrugated boxes or cartons
• Moisture-resistant for use in humid or variable-temperature storage environments
• Biodegradable material supports sustainable waste disposal practices
• Suitable for corrugated cartons, newspapers, hides, lath, and lumber

Compatibility

Designed as a general-purpose natural fiber twine for standard packaging and bundling applications. This product is equivalent to part number S-15353.

Installation Notes

No special tools or trade licensing are required for use. Feed twine through dispensers or spools appropriate for natural fiber cordage. Avoid exposing the twine to prolonged direct moisture saturation, which may degrade tensile strength over time. Store on a spool or reel in a dry location when not in use.