Drag chain high flexible cable is a type of wire used for sliding or moving parts

A drag chain high flexible cable is a type of wire used for sliding or moving components. When producing drag chain high flexible cables, multiple stages of production and testing are required to ensure that their quality meets the requirements.

Firstly, drag chain high flexible cables need to have characteristics such as high flexibility, tensile strength, wear resistance, oil corrosion resistance, etc. Therefore, materials with these properties need to be selected for production. The commonly used materials include copper or tinned copper wires, PVC or PUR insulation layer, PUR or TPU sheath layer, etc.

Secondly, it is necessary to tighten the wire core. Twist multiple copper or tinned copper wires together to form the core of the wire. This step requires ensuring that the wires are tightly twisted and free from any looseness or breakage.

Next, perform insulation treatment. Wrap the newly formed wire core with an insulation layer such as PVC or PUR to prevent short circuits or leakage of the wire. The thickness and quality of the insulation layer have a significant impact on the safety and service life of cables.

Then, weave or armor. To improve the wear resistance and tensile strength of cables, nylon or synthetic fiber materials can be woven onto the insulation layer in special usage scenarios, forming a woven layer or armor layer. This step will increase the service life and safety of the cable.

Finally, conduct voltage withstand testing and electrical performance testing. Conduct multiple withstand voltage tests and electrical performance tests on the produced drag chain high flexible cables to ensure that they can withstand a certain voltage and current, and can stably transmit electrical signals.

The production and testing process of TEONLE drag chain high flexible cables is crucial, requiring careful production and rigorous testing to ensure product quality meets requirements.