Clean room high-efficiency filtration membrane is a new type of polymer material.
In terms of production technology, the technical requirements of this material are much higher than those of ordinary filter materials; at the same time, in terms of quality, this material also has functional characteristics that other ordinary filter materials do not have.
PTFE is purely inert, has very strong biological adaptability, has no adverse reactions to the human body, and can be sterilized by any method, so it is used in a variety of rehabilitation solutions.
The microfiber structure of ePTFE has countless pores, so it has better toughness, can be bent more than 360° at will, and has better breathability.
Therefore, ePTFE is mainly used to manufacture artificial blood vessels, heart patches, artificial tracheas, endoscopic forceps catheter tubes, etc.
Polytetrafluoroethylene (PTFE) material, commonly known as the “King of Plastics”, is a polymer compound polymerized by tetrafluoroethylene. The clean room high-efficiency filtration membrane has excellent high temperature resistance, oxidation resistance, alkali resistance, and hydrophobicity. properties and non-adhesive properties.
The clean room filter material is prepared through a biaxial stretching process. It has a microporous structure with staggered fibers. It has high porosity, small and uniform pore size. Therefore, the polytetrafluoroethylene microporous membrane performs well under low resistance. Can achieve higher efficiency.
The clean room high-efficiency filtration membrane produced has strong hydrophobicity, chemical resistance, waterproofness and low wind resistance, and can obtain high dust removal efficiency, for some extremely fine particles with a diameter of 0.1um-0.3um , the filtration level can reach H13-U16.
In addition, biaxially oriented film can undoubtedly achieve ultra-low emissions in intercepting various types of dust generated during the production process of the company, and it fully complies with current environmental protection standards.
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