How to use Pattern Braided Sleeve so that they last longer?

The instructions for using Pattern Braided Sleeve are the same as ordinary Pattern Braided Sleeve. It can be expanded to 200%. If your device is 3MM in diameter, then you can use a Pattern Braided Sleeve with a flat width to support it. This is more suitable and saves material. It's beautiful and elegant. If you don't want to break the position, just melt it with a lighter.

Generally speaking, there are two reasons for the short service life. One is the hardness of the organic matter, and the other is damage caused by different levels of soft friction during high-precision slurry filtration operations. For this In both cases, how should we maintain it so that it can be used for a longer period of time?

1. If the hardness is too high, because the hardness is relatively high, the friction will definitely be a lot, which will cause damage. In addition, when the mesh and the knitted sleeves rub, it will cause a lot of small holes. This At that time, the method we used was to increase the thread spacing of the Pattern Braided Sleeve, and then choose products with high hardness materials, so that they could be used longer.

2. We can increase the edge rubber ring during the screening process to reduce the friction of the Pattern Braided Sleeve. Generally speaking, the stress-bearing points are in the center. Therefore, use a 5cm eraser pad to separate them in the center, which is convenient. This will reduce the forced friction between the Pattern Braided Sleeve and the lining mesh. Simply reducing the friction in the center can extend the service life of the mesh tube by more than 3-5 times.

Patterned knitted sleeve manufacturers first analyze that Pattern Braided Sleeve are woven from silk. Silk is a general term for thermoplastics rich in repeated amide groups on the molecular carbon chain, including alicyclic PA, human fat-alicyclic PA and lipid Among them, alicyclic PA has many types, is produced in large quantities, and is widely used. Its name is determined by the number of individual oxygen atoms produced.