Why is rubber wire considered a soft, wear-resistant, high-temperature and low-temperature resistant wire?

Rubber wire is considered a soft, wear-resistant, high-temperature and low-temperature resistant wire, mainly based on the following characteristics:
Softness: The reason why rubber wire shows extremely high softness is mainly due to its core rubber material. Rubber is a natural or synthetic elastomer with a unique molecular structure that enables it to deform quickly and return to its original shape when subjected to external force. This superb softness allows rubber wire to easily cope with various complex application environments, especially in occasions where frequent bending, twisting or stretching is required. For example, in industrial automation systems, rubber wires are often used to connect various mobile devices and sensors. Due to the softness of rubber wire, it can easily bend or twist with the movement of the device without breaking or damaging. In addition, in vehicles such as automobiles and ships, rubber wires are also widely used in electrical connection systems due to their good softness.
Wear resistance: The interaction between rubber molecules is strong, which makes rubber materials have high wear resistance. When the rubber wire works in a friction environment, its outer skin and insulation layer can resist wear and maintain a long service life. The wear resistance of rubber wire is crucial for its application in various harsh environments. For example, in heavy machinery and engineering equipment, wires and cables often need to withstand friction and wear. The use of rubber wires can ensure that these wires and cables can maintain stable electrical properties after long-term work.
High temperature resistance: The high temperature resistance of rubber wires is mainly due to the high temperature resistant materials used in its insulation layer, such as chlorinated polyethylene (CPE). These materials can maintain stable electrical and mechanical properties in high temperature environments, ensuring the safe use of rubber wires in high temperature environments. In industries such as electricity, chemical industry, and metallurgy, many equipment need to operate in high temperature environments. The use of rubber wires can ensure that these devices can still obtain reliable electrical connections under high temperature conditions. In addition, the high temperature resistance of rubber wires also makes it an ideal wire material for connecting various high-temperature equipment and sensors.
Low temperature resistance: The low temperature resistance of rubber wires is mainly due to the low temperature performance of its rubber material. In low temperature environments, rubber materials can maintain good softness and elasticity, and are not easy to harden or brittle. This allows rubber wires to maintain normal use functions in cold areas or low temperature environments. In polar exploration, aerospace and other fields, wires and cables need to withstand extremely low temperatures. The use of rubber wires can ensure that these wires and cables can still maintain stable electrical and mechanical properties in low temperature environments. In addition, the low temperature resistance of rubber wire also makes it an ideal wire material for connecting various low temperature equipment and sensors.
In summary, rubber wire is widely regarded as a wire with superb performance due to its softness, wear resistance, high temperature resistance, and low temperature resistance. These characteristics make rubber wire widely used in various fields, especially in scenarios that require softness, wear resistance, and temperature resistance.