Плетеная защитная оболочка для жгутов – iFixture | Защита жгутов от электромагнитных помех

Braided Harness Sleeving is engineered for EMI shielding and cable protection. Braided Harness Sleeving is applied to reduce signal interference and improve wiring reliability in demanding electrical systems.

A self-wrapping structure is combined with tinned copper shielding. Open-style installation is supported for faster assembly and maintenance. Additionally, environmentally friendly and flame-retardant materials are selected to improve safety and long-term durability.

Multiple inner diameters from 3 mm to 60 mm are provided to match different cable bundles. Stable protection is achieved for signal cables, communication lines, and power wiring. As a result, cable organization and shielding performance are significantly improved.

Compatibility is ensured with Wire Harness Fixtures, Wire Harness Forks, Wire Harness Clamps, Automotive Wire Harness Fixtures, Wire Harness Tooling Fixtures, Tooling Fixtures, Wire Harness Special Tools, Wiring Fixtures, Cabling Fixtures, and Wire Harness Assembly applications.

Furthermore, reliable performance is maintained during Terminal Processing, Positioning Fixtures, Lifting Positioning, Bending Fixtures, and Continuity Testing procedures. Signal integrity is preserved while cable abrasion and electromagnetic interference are effectively reduced.

This protective sleeving is widely applied in Home Appliance Wire Harnesses, Автомобильные жгуты проводов, Motorcycle Wire Harnesses, Two-Wheeled Vehicle Wire Harnesses, Engineering Machinery Wire Harnesses, Industrial Equipment Wire Harnesses, Medical Equipment Wire Harnesses, Communication Equipment Wire Harnesses, Consumer Electronics Wire Harnesses, New Energy Industry Wire Harnesses, Aerospace Wire Harnesses, Rail Transit Wire Harnesses, Marine and Offshore Engineering Wire Harnesses, Security Equipment Wire Harnesses, LED and Lighting Industry Wire Harnesses, and Special Equipment Wire Harnesses. Therefore, reliable cable protection and stable signal transmission are consistently achieved.