Withstanding High Temperatures up to 150°C! The Material Science Behind Specialized Harnesses for Semiconductor Equipment

The key to the high-temperature performance of these specialized harnesses lies in the selection of materials. The insulation layer of the harness is made of silicone rubber, a material known for its excellent high-temperature resistance. Silicone rubber can operate stably for extended periods in temperatures ranging from 180°C to 200°C, easily meeting the requirement of withstanding 150°C. Its chemically stable, non-flammable nature, combined with excellent flexibility and thermal stability, ensures that the harness not only maintains stable electrical performance in high-temperature environments but also adapts to various vibrations and bends during equipment operation, significantly extending its service life.

For the conductor material, the harness uses tinned copper stranded wire. Copper itself boasts outstanding electrical conductivity, while the tinning process further enhances the conductor's oxidation and corrosion resistance. In high-temperature environments, the tin coating effectively prevents oxidation of the copper conductor, ensuring stable and efficient current transmission. The stranded design makes the conductor more flexible, facilitating installation and wiring, while also improving the harness's tensile strength and fatigue resistance.

Beyond the insulation and conductor materials, the harness's sheath material is equally noteworthy. High-temperature-resistant fluoroplastics, such as perfluoroalkoxy (FEP or F46), are typically used. These materials exhibit extremely high heat resistance, maintaining excellent mechanical and electrical properties even at elevated temperatures. Additionally, they offer resistance to oil, water, abrasion, acids, alkalis, and various corrosive gases, providing comprehensive protection for the harness.

Building on this material science foundation, Kable-X employs advanced manufacturing processes to ensure every harness meets high-quality standards. From stringent raw material selection to precision processing during production, and finally to rigorous quality testing of the finished products, every step is executed with meticulous attention to detail.