




Ships same day if ordered by 12 pm
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The THOMAS BETTS TY25MX is a standard nylon cable tie designed for bundling and securing wire harnesses, conduit runs, and general electrical wiring. At 7.31 inches in length with a 50-pound tensile strength, it handles demanding bundling tasks across a wide range of trade applications. Molded from black UV-resistant nylon, the TY25MX maintains its mechanical properties when exposed to sunlight and outdoor moisture. Licensed electricians, panel technicians, and industrial maintenance crews rely on ties like these for consistent, repeatable results during installation and maintenance work. Sold in a package quantity of 1000.
The TY25MX suits residential, commercial, and light industrial electrical work. The 1.75-inch maximum bundle diameter accommodates typical conduit and cable assemblies found in panel wiring, junction box work, and equipment enclosures. The UV and weather resistance make it appropriate for outdoor installations, rooftop HVAC equipment wiring, and exposed wire management in mechanical rooms. The wide operating temperature range of -40 degrees F to 185 degrees F allows use in cold-storage facilities, exterior service entrances, and high-heat mechanical spaces without degradation.
Designed as a standard-duty cable tie for general electrical, HVAC, and mechanical wiring applications where a 7.31-inch black nylon tie with 50-pound tensile strength and UV resistance is required.
Cable ties are installed by electricians, HVAC technicians, and mechanical contractors during wiring and bundling tasks. Use an appropriate cable tie installation tool to achieve consistent tension and flush-cut the tail without leaving a sharp edge that could damage wire insulation. Always de-energize circuits before working inside panels or enclosures per NEC requirements. Do not over-tension ties on low-voltage signal cables or fiber, as excessive cinching can degrade conductors.
Thanks for subscribing!
This email has been registered!


