Introducing the reasons for the imbalance of compression ratio of Automotive Wiring Harness Protection Sleeve

Automotive Wiring Harness Protection Sleeve can generally be divided into double-ended tubes, braided tubes, and shower tubes according to the above functions. The production process of Automotive Wiring Harness Protection Sleeve can also be divided into low, medium and high grades. Inferior Automotive Wiring Harness Protection Sleeve materials use relatively low-end and fine-pitch aluminum wires, iron screw heads, zinc alloy shells, and vulcanized rubber connecting tubes. This article will talk about the reason why the compression ratio of the Automotive Wiring Harness Protection Sleeve is unbalanced.

1. The size adjustment of the mold on the machine is wrong, which will cause the normal compression ratio to be disordered during the weaving process, leading to disconnection. The solution is to ensure the machine specifications of the mold.
2. The oil or water is cut off during the whole process of mold loading, causing the mold to run out of hole spacing in a short period of time, the compression ratio to be disordered, and then the wire to break. The solution is to immediately add lubricant to each mold to ensure its cooling and lubrication.
3. When wicker wires are produced during the weaving process, the stainless steel mesh will break if the retraction speed is too fast. The solution is to replace the mold to ensure that the wicker wire problem does not occur.
4. A certain path in the mold is consumed too quickly, resulting in an imbalance in the front, rear, left, and right compression ratios of the Automotive Wiring Harness Protection Sleeve, resulting in wire breakage, which is specifically manifested as several wire breakages in one location. The solution is to replace the mold and adjust the front, rear, left and right compression ratios until everything is normal.
Automotive Wiring Harness Protection Sleeve are woven from raw materials such as PET and have excellent friction resistance, expandability, smoothness, flame retardancy and breathability and heat dissipation properties. The product is widely used in the maintenance and cleaning of computer power cords, speaker and video cables, lighting, air conditioners, refrigerators, washing machines and other electrical products as well as fiber optic cables, motorcycles, vehicles, airports and other routes. Users need to use brushed or three-wire weaving to create colorful wire harness protective covers with different widths, different colors, and different patterns.