Robot Cables - APAC Cable (Guangzhou) Co., Ltd.

Robot Cables

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Sensor Cables

CPE building cable uses chlorinated polyethylene as the insulation/jacket material and is the core cable for low-voltage building scenarios. Its key characteristics and applications are as follows. In terms of characteristics, **flame retardance with low smoke and low toxicity** is the key: it meets Class A flame retardance per GB/T 19666, producing little smoke and low toxic gas when burning, and suits venues such as hospitals and schools. **Excellent environmental resistance**: moisture resistance allows use in basements and pool areas, and it withstands -40 °C to +125 °C, suiting both northern and southern climates. It also features a small bend radius (only 6-8 times the outer diameter) and strong insulation (volume resistivity ≥ 10¹⁴ Ω·cm), and meets environmental standards. Applications focus on three scenarios: low-voltage building power distribution (residential lighting, garage charging piles), fire safety (emergency lighting and alarm device wiring) and low-voltage auxiliary systems (security surveillance cable), precisely matching building safety and construction needs.

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PU Reeling Cables

PU reel cable uses polyurethane (PU) as the jacket/insulation material, suiting mobile equipment that requires frequent paying out and rewinding. Its key characteristics and applications are as follows. In terms of characteristics, **outstanding high-frequency flexing performance**: flex life of over one million cycles, bend radius of only 5-7 times the cable outer diameter, and resistance to repeated reeling/unreeling without breaking. **Excellent environmental resistance**: oil and grease resistance and acid/alkali resistance suit industrial oily scenarios, and elasticity is maintained across -40 °C to +80 °C without brittle cracking at low temperatures. It also offers high tear resistance and wear resistance to withstand drag friction. Applications focus on power supply to mobile equipment: reel power supply for cranes and stackers, drag chain reels on automated production lines, and cables for heavy mobile machinery at ports and mines, ensuring continuous, stable power supply while equipment moves, suited to complex industrial working conditions.

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TPE Flexible Cables

TPE flexible cable uses thermoplastic elastomer (TPE) as the insulation/jacket, combining rubber-like elasticity with the easy processability of plastics. Its key characteristics and applications are as follows. In terms of characteristics, **high flexibility is the core**: bend radius of only 5-7 times the cable outer diameter, dynamic flex life of over ten thousand cycles, suiting high-frequency motion scenarios. Wide temperature range (-40 °C to +105 °C): no brittle cracking at low temperatures and no deformation at high temperatures. It also resists oil, grease, acids and alkalis, achieves halogen-free flame retardance to UL94 V-0, and complies with the RoHS environmental standard. Applications span multiple fields: industrial automation (robot joints, machine tool drag chains), medical equipment (patient monitor cables supporting sterilization), new energy (charging pile cables) and consumer electronics (fast-charging phone cables). It adapts to complex working conditions and is gradually replacing traditional PVC cables.

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XLPE PV Cables

XLPE photovoltaic cable uses radiation-crosslinked polyolefin as the insulation/jacket and is designed specifically for PV systems. Its key characteristics and applications are as follows. In terms of characteristics, **extremely strong weather resistance**: resistant to UV, salt spray and damp heat, passing 3000-hour aging tests with a service life of ≥ 25 years. Stable temperature performance (-40 °C to +90 °C, short-term tolerance to 125 °C, and 200 °C for 5 seconds under short-circuit conditions). Bend radius of only 4 times the outer diameter, volume resistivity ≥ 10¹⁴ Ω·cm, low smoke and halogen-free, flame retardant to UL94 V-0, and RoHS compliant. Applications focus on the PV chain: DC interconnection between modules and between modules and combiner boxes, and transmission from combiner boxes to inverters. It suits centralized power plants, distributed rooftop systems and PV-plus-storage systems, complies with IEC 62930 and UL4703 standards, and is the core cable for green energy transmission.

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FEP Teflon Cables

FEP/PFA high-temperature cable uses fluoroplastic as the insulation/jacket and belongs to the high-end special cable category. Its characteristics and applications focus on extreme environment requirements. In terms of characteristics, **outstanding temperature resistance**: FEP withstands -80 °C to +200 °C continuously, PFA up to -80 °C to +260 °C, and both can briefly tolerate 300 °C, remaining stable in extreme cold and heat. **Extremely strong chemical inertness**: resistant to strong acids, strong alkalis, aqua regia and organic solvents. It is also flame retardant to UL94 V-0, with extremely low dielectric loss, and insulation performance is unaffected by temperature or frequency. PFA offers better mechanical strength and creep resistance, while FEP offers higher cost-effectiveness. Applications focus on high-end fields: semiconductor equipment wiring, 5G base station RF cables, aerospace extreme-environment cables, chemical anti-corrosion monitoring cables and sterile medical equipment wiring, suiting demanding conditions such as high temperature, strong corrosion and high-frequency transmission.

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