As my country’s energy conservation and emission reduction requirements become more and more stringent, the electrostatic precipitators traditionally used in many industrial fields can no longer meet the new national emission standards. In order to better solve this problem, people have developed and produced ptfe filter material.
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 various countries around the world.
With the continuous expansion of the application fields of ptfe filter materials 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 realizing the localization of products have great practical significance and economic benefits.
New Material Technology Co., Ltd. is a high-tech enterprise specializing in the research, development and production of PTFE filter materials and series of products. We have advanced PTFE membrane production lines, coating and composite production lines, which are at the domestic advanced level.
The product has a node-fine fiber structure, forming hundreds of millions of micropores per unit area, which can effectively intercept dust in the air. It is very suitable for air purification fields, such as vacuum cleaner applications. The air filter membrane has high breathability and The high interception efficiency enables the vacuum cleaner to not only effectively intercept dust particles, with the highest accuracy reaching level H14 (99.995%), but also allows the vacuum cleaner to maintain low energy consumption, and the material can be washed to restore performance and be reused.
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