Advantages:
Specialized high-frequency anti-interference design: Dual shielding (braided + foil) effectively suppresses high-frequency harmonics and electromagnetic interference generated by inverters.
Outstanding high-temperature resistance: CPVC material withstands long-term operating temperatures up to 105°C, adapting to high-temperature environments around inverters.
Low-capacitance symmetrical structure: Symmetrical core arrangement and optimized insulation reduce parasitic capacitance, minimizing high-frequency signal attenuation and reflection.
Oil and chemical stability: CPVC sheath is oil-resistant, acid and alkali-resistant, suitable for oily and chemical environments.
Reliable mechanical protection: The sheath is wear-resistant and tear-resistant, suitable for fixed installation and mild mobile scenarios.
Compatible with inverter standards: Specifically designed for DNC (Distributed Numerical Control) motors and inverters, enhancing system stability.

Application range: Connections between inverters and DNC motors, high-dynamic CNC machine tool spindles, high-speed servo systems, precision machining centers, EDM equipment, and harsh industrial applications requiring high-frequency interference resistance.

Special instructions: Special CPVC formulation provides higher heat and chemical resistance; Optimized structure reduces high-frequency transmission loss and harmonic effects; Double-layer shielding (foil + tinned copper braid) effectively suppresses electromagnetic interference; Specifically designed for high-voltage pulse environments at inverter outputs.