PTFE high-efficiency filter paper, as one of the most popular filter materials in today’s era, has effectively solved many problems in people’s lives. Today we will fully understand this material.
PTFE high-efficiency filter paper is a new type of polymer environmentally friendly material.
Compared with other high-efficiency filter materials, its filtration performance is more excellent.
This kind of FFU dust-free workshop purification membrane has strong hydrophobic properties and very good non-adhesive properties, so it is easy to remove dust accumulated on the surface of the material. It can be rinsed with water to restore its performance and achieve reuse, which is also Extends the service life of the equipment.
The membrane pore size is small and uniform, and the material has been heat-set at high temperatures, making the microporous structure very stable, thus effectively ensuring that dust particles can be effectively intercepted at high wind speeds.
When constructing purification projects in clean rooms, many filtration equipment are needed, and the core of these filtration equipment is almost all made of ptfe high-efficiency filter paper, because the filtration accuracy of this filter paper can reach U15 level (99.9995%) and above, and even U17 level (99.999995%), can fully meet the purification requirements of high-precision electronic product processing workshops such as semiconductors and chips.
It is a manufacturer specializing in the production of polytetrafluoroethylene membrane materials. The company’s products are widely used in various fields. With strong technical force and strict management system, the company ensures that everything puts the interests of users first and provides users with high technology. , high quality, high performance and high level products.
In the field of industrial sewage treatment, we have the characteristics of “uniform and stable, high efficiency and low resistance, long life, customizable, easy cleaning and maintenance”. Interested parties can contact us in the store.
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