With the rapid development of the times, the social economy is also constantly improving, and the government is also vigorously supporting the environmental protection industry. The environmentally friendly material PTFE biaxially oriented film is also constantly accepted by the public.
Since the middle of the last century, microfiltration membranes (microporous membranes) have been successfully used in a wide range of industrial fields, such as separation of special metal ions from liquid phase, industrial water treatment, plasma separation, battery separator, pharmaceutical separation , chemical product purification, drug release, human organs, moisture-permeable and breathable materials, the membrane market share of its products has accounted for a considerable proportion in countries around the world.
With the continuous expansion of microporous membrane application fields and the improvement of application requirements, it can be foreseen that various microporous membrane products have great development prospects in the domestic and even international markets, and the promotion and development of new microfiltration Membrane technology and the localization of products have great practical significance and economic benefits.
Suzhou New Material Technology Co., Ltd. is a high-tech enterprise specializing in the research, development and production of fluorine material film technology. We use the biaxial stretching process to produce ptfe biaxially oriented film, which enables the film to have good void characteristics and different directions. After the film is stretched, the structure of the film’s micropores and agglomerates changes, and at the same time, the mechanical properties of the film become anisotropic.
PTFE biaxially stretched membrane has high filtration efficiency and high PF value, which can meet the filtration efficiency level requirements of sub-high efficiency, high efficiency and ultra-high efficiency air filters.
The material has undergone high-temperature heat setting treatment and has a stable microporous structure, so it can effectively intercept dust particles at high wind speeds.
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