

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 PANDUIT t25n-c is a spiral wrap cable management sleeve made from Nylon 6.6, designed to bundle, route, and protect wire harnesses, cables, hoses, and tubing in electrical and control panel installations. The natural-colored wrap ships in a 100-foot length and accommodates a minimum bundle diameter of 0.1875 inches up to a maximum bundle diameter of 2 inches. The spiral construction allows technicians to add or remove individual conductors after installation without cutting or re-routing the entire bundle. An installation tool is included. Rated to 149 degrees F continuous service, the material carries a UL94-HB flammability rating and is UL Recognized under file E141152.
This spiral wrap is suited for residential and commercial electrical work, industrial control panels, automotive harness fabrication, and OEM equipment assembly. Electricians, panel builders, and equipment assemblers use it to consolidate multiple conductors and cables into a single manageable run while still allowing breakouts at any point along the bundle. The natural color works in applications where color coding is not required, and the flexible Nylon 6.6 construction provides reliable abrasion protection in environments where cables are routed near sharp edges or moving components.
Designed as a general-purpose spiral wrap for wire harness bundling and cable management applications in electrical, industrial, and OEM assembly environments.
Electrical installers and panel builders should de-energize all circuits before routing or securing cable bundles. Use the included installation tool to wind the spiral wrap around the cable bundle, working from one end toward the desired breakout point. Route finished bundles away from heat sources that exceed the 149 degrees F temperature rating. Follow applicable NEC guidelines for cable bundling and derating when consolidating current-carrying conductors.
Thanks for subscribing!
This email has been registered!