Thomas Betts TY23MFR Standard Cable Tie White Nylon 1000 Pack

Product Description

The THOMAS BETTS TY23MFR is a standard nylon cable tie designed for bundling and organizing wire and cable in electrical, HVAC, and low-voltage installations. At 3.62 inches in overall length with an 18-pound tensile strength, it handles light-duty bundling tasks reliably across a wide temperature range of -40 degrees F to 185 degrees F. The flame-retardant nylon construction meets UL and RoHS requirements, making it suitable for use in panels, conduit bundles, and equipment enclosures. This tie ships in a 1000-piece package, sized for professional service and installation work.

The TY23MFR is used in residential and commercial electrical, HVAC, and low-voltage applications where a compact, flame-retardant cable tie is required. The 5/8-inch maximum bundle diameter suits small wire harnesses, control wiring, and panel dressing. Electricians, HVAC technicians, and low-voltage installers typically stock this tie for routine wire management tasks during installation and service calls.

Key Features

• Flame-retardant nylon construction for use in electrical enclosures and panels
• 18-pound tensile strength for reliable light-duty bundling
• 3.62-inch length with a 5/8-inch maximum bundle diameter
• Operating temperature range of -40 degrees F to 185 degrees F
• UL Listed, UL Recognized, RoHS Compliant, CSA62275 Type 2, and EN certified
• 1000-piece package quantity for high-volume installation use

Compatibility

Designed as a standard-duty cable tie suitable for general wire bundling applications in electrical, HVAC, and low-voltage installations where a 3.62-inch, flame-retardant nylon tie is specified.

Installation Notes

Cable ties of this type are installed by electricians, HVAC technicians, and low-voltage technicians during wiring and panel work. De-energize circuits before dressing wire bundles inside live panels or enclosures. Use a cable tie installation tool for consistent tension and flush cuts when appearance or vibration resistance matters. Do not over-tighten around insulated conductors to avoid damaging insulation.