ptfe reproducible nanomembrane is easy to manage and maintain

With the intensification of water pollution, people are becoming more and more concerned about the quality of drinking water. Tests have shown that ptfe repeatable nanofilm can remove slightly toxic by-products, heavy metals, natural organic matter, etc. produced during the disinfection process.

It also has excellent features such as energy saving, easy management and maintenance.

The dirt particles in the nanofiber media filtration system are mostly concentrated on the surface of the nanofiber layer, which is easy to clean and has low energy consumption.

In conventional filter material operation, dirt particles enter the base fabric layer at the same time, resulting in large cleaning volumes and high energy consumption.

Compared with traditional filter media, nanofiber filter media has a relatively longer service life due to its filtration efficiency and surface load of filter media.

In the application test of Donaldson’s cartridge filter, the service life of nanofiber media was twice as long as that of conventional filter media.

The ptfe reproducible nanomembrane is prepared using a unique biaxial stretching technology, which can ensure complete retention of bacteria and other impurities while having a large flux.

The material is resistant to high temperatures, strong acids and alkali, and has wide chemical applicability. When used for gas filtration, it can achieve 100% retention of various phages, bacteria and particles above 0.02um.

The filter membrane has a very high filtration efficiency and can meet the filtration efficiency level requirements of sub-high efficiency, high efficiency, and ultra high efficiency air filters.

It is a PTFE repeatable nanofilm manufacturer that specializes in R&D, production and sales.

Our company is located in Suzhou, a national high-tech industrial base, a national historical, cultural and scenic tourist city, and one of the important central cities in the Yangtze River Delta.

Our company is engaged in technology development, transfer, consulting and services in the field of new materials; we are a provider of high-efficiency separation and filter material design solutions.

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