Bsc Preferred CT444G Nylon Cable Ties 1000/case

Product Description

The BSC PREFERRED CT444G is a case of 1000 nylon cable ties designed to permanently secure cords, cables, bags, and similar items in trade and industrial applications. The locking mechanism is tamper-proof, holding fast once cinched without stretching or sliding under load. These ties are available in a color that supports visual color-coding of bundled items, making them practical for organized cable management or inventory identification. Licensed electricians, HVAC technicians, and general contractors commonly stock these for rough-in and finish work where reliable, reusable-free bundling is required.

CT444G cable ties are suited for a wide range of applications including securing wire bundles in electrical panels and conduit runs, bundling refrigerant line sets, organizing low-voltage control wiring, and closing poly bags or packaging in light industrial environments. The case quantity of 1000 makes this an appropriate stock item for service vans, shop inventory, or job-site supply. The equivalent part number S-2153FG is noted for cross-reference purposes.

Key Features

• Tamper-proof locking design holds secure without stretching or sliding
• Nylon construction for durability and flexibility across a range of temperatures
• Suitable for color-coding bundled cables, wires, or bags
• Case quantity of 1000 supports high-volume trade and service use
• Non-hazardous material for standard handling and storage

Compatibility

General-purpose nylon cable ties suited for electrical, HVAC, plumbing, and light industrial bundling applications. Cross-references equivalent part number S-2153FG.

Installation Notes

Cable ties are installed by hand or with a standard cable tie tensioning and cutting tool. When used in electrical applications, follow NEC guidelines for securing and supporting conductors. Do not over-cinch ties on insulated wire bundles in a way that deforms the jacket. Trim excess tail flush after locking to avoid sharp edges in panel or junction box environments.