Bsc Preferred T915140012PK Strapping Tape 12 Per Case

Product Description

The BSC PREFERRED T915140012PK is a glass filament-reinforced strapping tape designed as an economical alternative to steel and poly strapping. Glass filaments are embedded throughout the tape to deliver high tensile strength suitable for bundling, palletizing, and securing loads in shipping and warehouse environments. This tape is sold in cases of 12 rolls, making it practical for operations that require consistent supply. It is a general-purpose strapping solution appropriate for a wide range of packaging and logistics applications where metal or poly strapping may be cost-prohibitive or impractical.

This tape is used in shipping, distribution, and industrial packaging environments. It suits residential moving operations, commercial warehouses, freight consolidation, and general bundling tasks where a strong, flexible strapping solution is needed without the hardware requirements of steel banding tools. Trade professionals in facilities maintenance, logistics, and supply chain operations commonly stock this tape for everyday securing and reinforcement tasks.

Key Features

• Glass filaments embedded in tape provide high tensile strength for heavy-duty bundling
• Economical alternative to steel and poly strapping systems
• General-purpose design suits a wide range of securing and palletizing applications
• Sold in a case quantity of 12 rolls for consistent supply
• Non-hazardous material, safe for standard shipping and storage

Compatibility

Designed as a general-purpose strapping tape suitable for use in standard packaging and shipping operations where reinforced tape-based strapping is appropriate.

Installation Notes

Apply to clean, dry surfaces for best adhesion and load security. No specialized strapping tools are required, unlike steel or poly banding systems. Ensure the tape is tensioned adequately around the load before securing the ends. Store unused rolls in a cool, dry location away from direct sunlight to preserve adhesive performance.