ETFE Jacketed Wire

Product Structure

This Huaying ETFE Jacketed Wire utilizes a three-layer composite insulation structure. The precise combination of polyester and double ETFE creates a molecular-level protective barrier, delivering exceptional protection. Did you know that its dielectric strength reaches 6kV, significantly exceeding industry standards? Even under extreme voltages, its insulation properties remain reliably strong, making it ideal for the demanding and demanding environments of high-frequency transformers. Furthermore, its unique material formula ensures that its physical properties remain unchanged across a wide temperature range of -40°C to 155°C. This eliminates the problem of poor contact caused by thermal expansion and contraction with traditional wires, making it a real peace of mind.

Product Manufacturing Process

The Huaying ETFE Jacketed Wire is meticulously crafted through fourteen precise steps, each ensuring uncompromising quality. A double-extrusion process is used, coupled with real-time infrared wire diameter monitoring. Imagine being able to maintain a tolerance of ±0.01mm for a single-core wire! Just imagine! The three-stage cooling technology is also crucial. It eliminates stress buildup within the material. Finally, the wire is coated with a nylon outer layer, instantly enhancing its wear resistance. It's this step-by-step manufacturing process that ensures consistent electrical performance from meter to meter, eliminating any discrepancies.

Product Chemical Stability

Huaying ETFE Jacketed Wire is as powerful as the "King of Plastics." Laboratory data shows it can withstand highly corrosive media like concentrated sulfuric acid and hydrofluoric acid. Even in environments like medical equipment requiring frequent disinfection, its performance remains stable, unaffected. Why? Because its molecular structure contains fluorine-carbon bonds, which act as a natural barrier, effectively preventing the penetration of organic solvents. Therefore, it's an absolutely indispensable component in power transmission lines used in the chemical industry; it's simply impossible to do without it.