Bsc Preferred CT422B Nylon Cable Ties 1000 Per Case

Product Description

The BSC PREFERRED CT422B is a nylon cable tie sold in a case of 1000 units, designed for permanently securing cords, cables, bags, and similar items in light industrial, packaging, and general trade applications. The locking mechanism is tamper-proof and engineered to resist stretching and sliding once seated, maintaining a secure hold without requiring tools for application. The ties are available in a consistent color that supports color-coding practices for organization or identification purposes. This case pack quantity is well suited for operations requiring high-volume tie-down or bundling work.

These cable ties are appropriate for use in packaging, shipping, wire management, and bundling applications across a range of industries. Common install scenarios include securing wiring harnesses, bundling service cables, closing bags, and organizing components in distribution or light manufacturing environments. The case-of-1000 format reduces per-unit cost and supports continuous workflow without frequent restocking.

Key Features

• Tamper-proof locking design holds firm once engaged and resists loosening
• Nylon construction will not stretch or slide after application
• Suitable for color-coding and visual identification of grouped items
• Sold in a case of 1000 units for high-volume use
• Equivalent to part number S-2151R

Compatibility

Designed as a general-purpose nylon cable tie compatible with standard bundling, securing, and color-coding applications across packaging and light industrial environments. Equivalent to part number S-2151R per supplier documentation.

Installation Notes

No tools are required for standard cable tie installation. Feed the tail through the locking head and pull to the desired tension before trimming any excess. When used in electrical or low-voltage wiring applications, follow applicable NEC guidelines for conductor bundling and support spacing. Avoid over-tightening on flexible cable jackets to prevent insulation deformation.