Vibran anti-static conductive rope is professionally woven with high-quality silver-coated conductive fiber and high-strength polyester base yarn. It is a flexible and efficient static elimination accessory specially developed for industrial production lines. This conductive rope can instantly discharge and eliminate accumulated static electricity on the surface of printing materials, plastic films, paper rolls and coating materials. It effectively solves printing ghosting, ink splashing, film sticking, static adhesion and dust adsorption problems caused by static electricity. Widely used in printing machines, coating machines, laminating machines and other roll-to-roll industrial equipment.
Core Features
Excellent Static Elimination Performance — Adopts silver fiber conductive structure with stable low resistance, fast static dissipation, no static accumulation, ensuring continuous and reliable static removal effect.
Durable Woven Structure — Tight braided process, high tensile strength, wear-resistant and flex-resistant, not easy to break or loose during long-term high-speed machine operation.
High Temperature & Corrosion Resistance — Adaptable to industrial workshop high-temperature environment, acid and alkali resistant, long service life, no aging failure in long-time continuous work.
Soft & Safe Contact — Soft rope surface, no scratch on film, paper and printing materials, no damage to machine rollers and accessories.
Easy Installation & Reusable — Lightweight and flexible, can be cut freely according to machine size, simple installation, no power supply required, maintenance-free.
All roll material processing lines needing static removal
Product Advantage
Compared with traditional static elimination devices, FANYI silver fiber anti-static rope requires no power supply, no air source, no electromagnetic interference, and works continuously 24 hours. It greatly reduces product defective rate caused by static electricity, improves printing clarity, avoids ink dot deviation and film adhesion failure, and effectively improves production efficiency and product yield.