Bsc Preferred T914860 Black Poly Tape 2.8 Mil 96pk

Product Description

The BSC PREFERRED T914860 is a black polypropylene carton sealing tape designed for industrial and commercial packaging applications. The backing is constructed from polypropylene film at 2.8 mil thickness, coated with a synthetic rubber resin adhesive that delivers reliable adhesion to metallic, plastic, fibreboard, and painted surfaces. This tape is sold as a case of 96 rolls and is suited for distribution centers, warehouses, and trade supply environments where consistent, high-volume sealing is required. The synthetic rubber resin formula maintains bond integrity across a range of surface types encountered in typical shipping and storage operations.

This tape is commonly used for sealing cartons, bundling materials, and palletizing loads. The polypropylene backing provides resistance to abrasion, moisture, and scuffing, making it appropriate for packages exposed to handling stress or humid storage conditions. It is a practical choice for facilities that need a dependable general-purpose tape for both sealing and light-duty bundling tasks across a variety of substrates.

Key Features

• 2.8 mil black polypropylene backing for durability and scuff resistance
• Synthetic rubber resin adhesive bonds to metallic, plastic, fibreboard, and painted surfaces
• Resistant to abrasion, moisture, and surface scuffing
• Suitable for carton sealing, bundling, and palletizing applications
• Case quantity of 96 rolls for high-volume use

Compatibility

This product is equivalent to part number S-11925. Designed for general-purpose use on metallic, plastic, fibreboard, and painted surfaces in standard packaging and bundling applications.

Installation Notes

Apply to clean, dry surfaces free of dust, oil, and loose particles to ensure maximum adhesion. Use a standard tape dispenser or hand-held applicator for consistent roll feed and even pressure during application. Store unused rolls in a cool, dry location away from direct sunlight to preserve adhesive performance.