DINGZUN Cable  Silicone Rubber Insulated High-Voltage Installation Wire - A Reliable Transmission Core for High-Voltage Electrical Systems

Core Product Information

• Performance Parameters:
  • Rated Temperature: -60℃~200℃, capable of stable operation in extremely cold and high-temperature environments, adapting to complex temperature changes in industrial sites.
  • Rated Voltage: 10KVDC~150KVDC, covering a wide high-voltage range to meet the power transmission needs of different high-voltage equipment.
  • Conductor & Insulation: Adopts tinned copper wire conductor with excellent conductivity and corrosion resistance; silicone rubber insulation material, featuring high insulation strength, weather resistance and flexibility, ensuring insulation reliability under high voltage.
  • Sheath Colors: Multiple color options including red, yellow, blue, white, black, green, brown, orange, gray, etc., facilitating circuit identification and wiring management.
• Certifications: Passed CCC, UL, RoHS and other authoritative certifications, meeting both quality and environmental protection standards, and complying with international and domestic market access criteria.

data sheet

Application Scenarios

• Electronics & Electrical Industry: Used as high-voltage leads in high-voltage testing instruments, electrostatic generators and other electronic equipment, ensuring stable power transmission and helping equipment operate accurately.
• Automation Equipment Field: Suitable for high-voltage control units and servo system high-voltage circuits in industrial automation production lines, withstanding electromagnetic interference and temperature fluctuations during equipment operation.
• New Energy & Power Systems: Applicable to high-voltage wiring of new energy energy storage equipment and high-voltage detection devices in power systems, ensuring safe and efficient transmission of high-voltage electric energy.
• Special Equipment Field: In scenarios such as aerospace ground testing equipment and high-end medical high-voltage instruments, it becomes a core transmission component relying on its wide temperature range adaptability and high-voltage insulation performance.