Advantages:
Good temperature resistance: Cross-linked polyethylene insulation supports long-term operation at 90°C, offering better heat resistance than ordinary PVC flexible cables.
Strong anti-interference capability: Tinned copper braided shielding effectively suppresses electromagnetic interference, ensuring stable signal transmission.
Soft and easy to install: Multi-strand fine conductor structure provides good flexibility, facilitating connections for mobile equipment or complex wiring.
Stable electrical performance: The insulation resists partial discharge, has low dielectric loss, and ensures high long-term operational reliability.
Moderate environmental adaptability: The sheath is resistant to moisture and wear, suitable for indoor or mild industrial environments.
Selling Points:
Designed for high-temperature mobile scenarios: 90°C temperature resistance combined with a flexible design, ideal for wiring mobile equipment in high-temperature areas.
Signal anti-interference assurance: Braided shielding provides stable electromagnetic protection, ensuring signal integrity in sensitive control systems.
High-cost-effective flexible solution: Controlled costs among high-temperature-resistant shielded flexible cables, balancing performance and installation convenience.
Flexible customization options: Supports structural extensions such as flame retardancy and halogen-free, adapting to diverse industrial needs.
Application Range: High-temperature mobile equipment with electromagnetic interference, automated production lines, testing equipment, movable component connections, and instrument connections requiring higher operating temperatures.
Special Notes: XLPE insulation provides 90℃ long-term operating temperature; fine-stranded conductors ensure excellent flexibility; copper braid shielding effectively suppresses electromagnetic interference; bending endurance exceeds 10,000 cycles.