Bsc Preferred T98718BLU3PK Wire Securing Tape 3 Pack

Product Description

The BSC PREFERRED T98718BLU3PK is an industrial-grade wire securing tape sold in a case of three rolls. Designed to hold wiring flat against carpet, wood, and concrete surfaces, it delivers a tensile strength of 36 pounds to keep cables in place under regular foot traffic and service conditions. The tape leaves no adhesive residue on removal, making it suitable for temporary or semi-permanent installations where surface condition matters. Its non-reflective finish reduces glare in illuminated workspaces. Electricians, AV installers, and facilities maintenance crews use this tape for fast, clean wire management on both indoor and outdoor jobs.

This tape is well suited for securing low-voltage signal cables, power cords, and data lines across a range of substrates including carpet, finished wood, and concrete floors. It performs in indoor environments such as offices, event spaces, and mechanical rooms, as well as outdoor applications where exposure to the elements is expected. The case quantity of three rolls supports multi-run installations or stocking for recurring service calls.

Key Features

• 36-pound tensile strength for reliable wire retention on high-traffic surfaces
• Adheres to carpet, wood, and concrete without surface prep
• Residue-free removal protects finished and unfinished surfaces
• Non-reflective finish reduces glare in lit work areas
• Rated for both indoor and outdoor use
• Sold as a case of 3 rolls for multi-job coverage

Compatibility

Designed as an OEM-style securing solution for general wire management applications across electrical, AV, and facilities maintenance trades.

Installation Notes

Apply to clean, dry surfaces for best adhesion. Electricians and low-voltage installers should verify that any taped wiring complies with applicable NEC requirements for cable support and protection. No special tools are required for application. When removing the tape, pull back at a low angle to minimize adhesive transfer and avoid surface damage.