Bsc Preferred T98818BUR3PK Wire Securing Tape 3 Pack

Product Description

The BSC PREFERRED T98818BUR3PK is an industrial-grade wire securing tape designed to fasten low-voltage wiring and cables to carpet, wood, and concrete surfaces. Each case contains 3 rolls, making it a practical stock item for electrical contractors and installers who routinely route wires across flooring and walls. The tape delivers a 36-pound tensile strength, providing a reliable hold in demanding job-site conditions. It is non-reflective, which keeps runs discreet in finished spaces, and it is formulated to release cleanly without leaving adhesive residue on surfaces.

This tape is suited for both residential and light commercial applications where wires need to be routed along floors, baseboards, or other surfaces without staples or conduit. It performs in indoor and outdoor environments, making it a versatile option for exterior cable runs as well as interior finish work. Electricians, low-voltage installers, and AV technicians commonly use this product when securing data, audio, and power cables in occupied spaces.

Key Features

• 36-pound tensile strength for a secure, dependable hold on multiple surface types
• Adheres to carpet, wood, and concrete without surface damage
• Leaves no adhesive residue upon removal
• Non-reflective finish keeps cable runs unobtrusive in finished spaces
• Rated for indoor and outdoor use
• Sold in a case of 3 rolls for efficient jobsite stocking

Compatibility

Designed as a general-purpose wire securing tape suitable for low-voltage cable, data wire, and light electrical cable management across a range of surface materials including carpet, wood, and concrete.

Installation Notes

Installation is typically performed by electricians or low-voltage technicians following applicable NEC guidelines for cable management and securing. Ensure the target surface is clean and dry before applying tape to achieve full adhesion. Do not use this tape as a substitute for listed cable protection or conduit where code requires mechanical protection of conductors.