PUR Wear-resistant Twisted Pair Shielded Robot Cable

PUR wear-resistant twisted pair shielded robot cable is a type of cable designed specifically for robot technology. The cable adopts a special structure and is covered with a layer of wear-resistant material on the surface, which makes the cable's wear resistance performance very excellent. In the frequent dynamic bending and twisting movements of robots, they can maintain long-term stable operation, greatly extending the service life of cables. The surface of the cable adopts a special treatment process, which makes it have oil resistance and can resist the erosion of various lubricants containing mineral oil, diluted acids, alkaline aqueous solutions, and other chemical media. The cable has good flexibility and resistance to torsion, and can withstand both bending and torsion simultaneously. The maximum torsion angle can reach ± 180 °/m, making it suitable for complex movements of multi joint robots. The conductor of the cable is made of high bending strength bare copper wire, multi strand precision twisted oxygen free copper wire twisted conductor, which has good conductivity and mechanical strength. Meanwhile, the insulation layer of the cable adopts a high mechanical performance TPE mixture to ensure the stability and durability of the cable. The cable is wrapped and shielded with tinned copper wire, effectively preventing electromagnetic interference and static electricity, ensuring the stability of signal transmission. Cables have good high-temperature resistance and can operate for a long time in high-temperature environments, providing stable power and signal transmission for equipment in high-temperature environments such as machine tools and robots. The small outer diameter of the cable saves installation space, while its low viscosity surface makes installation and maintenance more convenient.

Suitable for connecting cables in different industrial fields, such as the manufacturing of industrial robots, factories, and machine tools. These cables are suitable for high mechanical stress and can freely bend and move without tensile loads. These cables can be used in places where drag chains may be used depending on the structure, as well as in low temperature, dry, and very humid rooms and unprotected areas