Bsc Preferred CT2150 Nylon Cable Ties 500 Per Case

Product Description

The BSC PREFERRED CT2150 is a general-purpose nylon cable tie designed to permanently secure cords, cables, bags, and similar materials in trade and packaging applications. Constructed from 6.6 nylon, these ties lock tight once fastened and will not stretch or slide under load. The tamper-proof locking mechanism prevents loosening after installation, making them reliable for both light bundling tasks and secure closure applications. Sold in cases of 500, the CT2150 is a practical bulk solution for electricians, installers, and facilities technicians who need a dependable, high-volume tie on the job.

The CT2150 cable ties are suited for general-purpose use across residential, commercial, and light industrial environments. Common applications include wire and cable bundling in electrical rough-in work, securing bags and covers in packaging and shipping operations, and organizing hoses or tubing in mechanical rooms. Their nylon 6.6 composition provides good resistance to abrasion and moderate chemical exposure, making them appropriate for both indoor and light outdoor service conditions.

Key Features

• Tamper-proof locking design - will not loosen, stretch, or slide once secured
• 6.6 nylon construction for durability and moderate chemical resistance
• General-purpose format suitable for cords, cables, bags, and covers
• Sold in a case quantity of 500 for high-volume job-site use
• Equivalent replacement for part number S-9896

Compatibility

The CT2150 is a general-purpose cable tie suitable for standard bundling and securing applications across electrical, mechanical, and packaging uses. It is noted as an equivalent to part number S-9896.

Installation Notes

Cable ties are typically installed by hand or with a tensioning tool; cut the excess tail flush with the locking head using diagonal cutters to avoid sharp edges. Power down or de-energize any circuit before bundling active wiring to comply with NEC safe-work practices. Do not over-tension ties on sensitive cable jackets or flexible conduit, as excessive cinching can damage insulation over time.