Bsc Preferred T98618W Wire Securing Tape 36 Lb Case of 48

Product Description

The BSC PREFERRED T98618W is an industrial-grade wire securing tape designed to fasten and route cables across carpet, wood, and concrete surfaces. With a tensile strength of 36 pounds, this non-reflective tape holds securely without leaving adhesive residue behind when removed. It is suited for both indoor and outdoor applications, making it a versatile solution for electricians, low-voltage installers, and general trades workers who need a clean, reliable method of managing wire runs in finished and unfinished spaces. This SKU is sold as a case of 48 rolls.

This tape is commonly used in electrical and low-voltage installation scenarios where staples, conduit, or other mechanical fasteners are not appropriate or practical. Typical applications include securing audio-visual cables, data lines, and low-voltage wiring along floors and baseboards in residential and light commercial settings. The non-reflective finish makes it well suited for areas where tape visibility is a concern. Its residue-free adhesive keeps surfaces clean after removal or repositioning.

Key Features

• 36 lb tensile strength for secure, durable wire management
• Industrial-grade adhesive leaves no residue on removal
• Non-reflective finish reduces visual impact in finished spaces
• Rated for both indoor and outdoor use
• Adheres to carpet, wood, and concrete surfaces
• Sold as a case of 48 rolls for job-site and stocking quantities

Compatibility

Designed as a general-purpose wire securing tape suitable for use in electrical, low-voltage, and data cabling applications across a wide range of residential and light commercial surfaces.

Installation Notes

Installation does not require power disconnection, but always follow applicable NEC guidelines when routing and securing electrical or low-voltage conductors. Ensure surfaces are clean and dry before applying tape for maximum adhesion. Do not use this tape as a substitute for listed conduit, raceway, or insulation materials in any application where a wiring method standard applies.