Causes of imbalance in front and back compression ratio in PP Zipper Braided Sleeve

PP Zipper Braided Sleeve have strong elasticity, good scalability, and very good wear resistance. They are normally used between -40 degrees and 150 degrees. The flame retardant performance is 94-V0, highly flame retardant, fireproof, and radiation-proof. Under normal circumstances, PP Zipper Braided Sleeve manufacturers use UV fluorescent braiding. Highly flame retardant braided belt pull-type PP Zipper Braided Sleeve can be customized according to customer requirements.

Under the shielding state of the high-speed machine, the use of PP Zipper Braided Sleeve can be processed on behalf of others. Under ordinary criminals, the wire has a very small point of action, but as long as it is used in tinned, copper, steel-clad wire, aluminum, magnesium and other products, the characteristics of PP Zipper Braided Sleeve are obvious.
1. The size adjustment of the mold on the machine is wrong, which will cause the normal compression ratio to be confused during the weaving process, causing wire breakage. The solution is to ensure the size of the mold on the machine.
2. The oil or water is cut off during the mold on the machine, causing the mold to run a large hole distance in a short time, and the compression ratio is imbalanced, resulting in wire breakage. The solution is to add lubricant to each mold in time to ensure its cooling and lubrication.
3. When willow wire appears during the weaving process, the wire collection speed is too fast, which will cause the stainless steel mesh to break. The solution is to replace the mold to ensure that the willow wire phenomenon does not occur again.
4. A piece of the mold is consumed too quickly, causing the front and rear compression ratio of the PP Zipper Braided Sleeve to be unbalanced, and broken wires appear, mainly manifested as several broken wires in one position. The solution is to replace the mold and adjust the front and rear compression ratio until it is normal.