Bsc Preferred CTM33N Adhesive Cable Mount 100 Per Case

Product Description

The BSC PREFERRED CTM33N is an adhesive cable mount designed to secure cables to walls, ceilings, desks, and floors. Each mount features a peel-and-stick adhesive backing that bonds to clean, dry surfaces including metal, plastic, glass, paper, and painted finishes. This type of mount is a staple in low-voltage electrical, data, and general cable management installations. Sold in cases of 100, the CTM33N is suited for any project requiring organized, secure cable routing without drilling or additional fasteners. Available in a natural finish.

The CTM33N is used in residential and commercial settings wherever cables need to be routed neatly along fixed surfaces. Typical applications include data cabling runs, low-voltage wiring, AV installations, and general cable management on workstation surfaces, equipment racks, and finished walls. The adhesive mount eliminates the need for screws or clips in many surface types, making it a fast and clean solution for cable bundling and routing tasks.

Key Features

• Adhesive backing bonds to metal, plastic, glass, paper, and painted surfaces
• Secures cables to walls, ceilings, desks, and floors
• Natural color finish
• Sold 100 mounts per case - equivalent to part number S-12410NAT
• No drilling required for installation on compatible surfaces

Compatibility

Designed as a general-purpose adhesive cable mount compatible with standard cable tie and bundling applications on clean, dry surfaces including metal, plastic, glass, paper, and painted finishes. This product is equivalent to part number S-12410NAT.

Installation Notes

Clean and dry the target surface thoroughly before applying the adhesive backing to ensure proper bonding. Allow adequate cure time after application before routing cables through the mount. Low-voltage installers and general electricians should follow applicable local codes for cable management and securing practices. Do not apply to rough, wet, or oily surfaces, as adhesion will be reduced.