When we choose filter materials, we often encounter many problems about what type to choose. The editor below will take you to understand how to choose filter materials.
For conventional filter media, the dust cleaning process is difficult to control the initial layer of dust. If the dust is cleaned excessively, the dust removal will be greatly reduced. The efficiency may even cause a short-term ash emission phenomenon, and it will also cause a sudden increase in filtration speed and increase the erosion of the filter bag. On the contrary, if the dust cleaning is ineffective, the resistance will rise quickly, resulting in frequent dust cleaning, increased energy consumption, and shortened filter bags. Bag life. It can be seen that it is necessary to clean the dust well without destroying the first layer of dust. This is a difficult contradiction to solve.
As for PTFE coated filter cloth, the surface fiber structure is extremely fine, smooth, has a small friction coefficient, is dust-free, and is hydrophobic. , and has stable chemical properties. The dust deposited on the surface of the filter material can be easily removed, which greatly reduces the clogging of the filter material. Only the gravity of the dust itself can naturally shed part of the dust with larger particles, thus The rising speed of the resistance of the filter material has been greatly slowed down, which not only reduces the operating resistance, but also improves the dust removal performance, which means that PTFE coated filter cloth can extend the cleaning cycle and reduce the number of cleanings. The required dust cleaning power is small, saving energy consumption, and at the same time reducing the wear and tear on the filter bag and related parts, further reducing the maintenance workload, and solving the problem that conventional filter materials cannot have high dust removal efficiency and high stripping rate at the same time.
It is the manufacturer of PTFE coated filter cloth. The coated filter material produced has excellent resistance to high temperatures, chemicals and non-toxic chemicals. Adhesion and hydrophobic properties. The PTFE microporous membrane prepared by the biaxial stretching process has a microporous structure with staggered fibers, high porosity, and small and uniform pore diameter. Interested parties can enter the store for consultation and purchase!
</p
