Filter material ptfe repeatable nanomembrane

PTFE repeatable nanomembrane is a new type of good filtration material. Compared with other ordinary filter materials, it has better filtration performance.

It also has the advantages of high output, low cost, easy deep processing on the production line, and can be compounded with other filter materials, so it has been widely used in various industries.

The spunbond nonwoven fabrics used for filter materials are mostly PET, PP or PA products. They mainly serve as the support layer of the composite structure filter media, and the matching nanofiber mesh has a single filament diameter between 50 and 1000nm, and a pore size of 50～300μm.

In micro-prefiltration operations, the performance of nanofiber mesh media is similar to that of surface filtration of membrane materials (pores <1 μm), with very low hydraulic resistance and good structural properties.

The dust layer formed by ptfe repeatable nanomembrane filtration is easy to crack and rot, and the filter material has good air permeability. Since the coated filter material relies on a thin film to capture dust particles, the dust layer can only form on the outside of the filter material film, and the film is hydrophobic. The adhesion between the dust layer and the filter material is small and easy to separate. It can fall off by its own weight without external force.

If the dust is blown back, it can be completely removed. If anti-static PTFE high-temperature film is used, the dust can be stripped off more easily and the dust can be cleaned more thoroughly.

It is a high-tech enterprise focusing on the research and development, production and sales of PTFE repeatable nanofilms. It has a factory area of nearly 4,000 square meters and professional production equipment. It is a partner of the top 500 companies in the United States; we produce The products are produced using imported raw materials, with finer molecular weight, cleaner quality and better uniformity.

If interested, please enter the store for consultation.

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