In industrial automation, these cables are commonly used in robot joints, CNC machine tools, and other components requiring repetitive movement. Their high-temperature resistance prevents insulation aging caused by equipment heat. In rail transportation, undercarriage wiring must withstand vibration and temperature differences; flexible design reduces the risk of breakage at connections. In the new energy sector, the high-temperature environments of photovoltaic inverters and wind power converters place stringent requirements on cables, and this product has passed RoHS (environmentally friendly and harmless) and CE (safety compliant) certifications, meeting international standards. Furthermore, the cables can be customized by color (black, gray, yellow) or special requirements; for example, red cables are often used for warning signs, and the multi-core structure can integrate power and signal transmission functions.
Although the cables possess high-temperature resistance, direct contact with open flames or prolonged exposure to environments exceeding the nominal temperature should still be avoided. During installation, a minimum bending radius should be maintained to prevent internal conductor breakage.
