Teflon-coated transparent shielded cables utilize PTFE/FEP Teflon insulation, an outer transparent fluoroplastic sheath, and an exposed, visible high-density tin-plated copper braided shielding layer. They offer long-term temperature resistance from -65℃ to 260℃, are resistant to strong acids, alkalis, oils, and solvents, exhibit low dielectric loss, and feature high coverage of the tin-plated copper braided shielding layer, effectively blocking electromagnetic interference and ensuring stable signal transmission . The conductor is made of tin-plated stranded copper wire, offering excellent oxidation resistance and conductivity. The transparent sheath allows for direct observation of the shielding braiding, facilitating maintenance. Customization of core count, wire diameter, shielding density, length, and voltage specifications is available, making them suitable for wiring high-temperature instruments, chemical equipment, high-frequency measurement and control systems, and precision laboratory equipment.
Teflon-coated transparent shielded cables utilize PTFE/FEP Teflon insulation, an outer transparent fluoroplastic sheath, and an exposed, visible high-density tin-plated copper braided shielding layer. They offer long-term temperature resistance from -65℃ to 260℃, are resistant to strong acids, alkalis, oils, and solvents, exhibit low dielectric loss, and feature high coverage of the tin-plated copper braided shielding layer, effectively blocking electromagnetic interference and ensuring stable signal transmission . The conductor is made of tin-plated stranded copper wire, offering excellent oxidation resistance and conductivity. The transparent sheath allows for direct observation of the shielding braiding, facilitating maintenance. Customization of core count, wire diameter, shielding density, length, and voltage specifications is available, making them suitable for wiring high-temperature instruments, chemical equipment, high-frequency measurement and control systems, and precision laboratory equipment.

