The principle of ptfe liquid filtration membrane is: the fluid in the mixture passes through the filter medium under the action of driving force (gravity, pressure, centrifugal force, etc.), solid particles are intercepted, and the fluid passes through the medium, thereby achieving the separation of fluid and particulate matter. separation.
At present, water pollution in our country is becoming increasingly serious, which makes people pay more attention to the issue of drinking water.
Filtration membrane removes impurities from water through extremely small membrane pores and has many advantages in drinking water treatment.
The PTFE liquid filtration membrane prepared by a special process has a microporous structure with staggered fibers. It has high porosity and small and uniform pore diameter.
PTFE filter membrane can achieve higher efficiency with lower resistance.
Suzhou New Material Technology Co., Ltd. is a high-tech enterprise specializing in the research, development and production of fluorine material membrane technology. The ptfe liquid filtration membrane we made by mechanically stretching ptfe material not only has excellent chemical stability and thermal stability , electrical insulation, and also has excellent waterproof, windproof, moisture-permeable, breathable, and stable charge storage properties.
It is a new type of membrane material with great application prospects in many fields.
The company has always implemented the tenet of “quality first, reputation first”, with strong technical force, strict management system, brand-new production equipment, and complete testing instruments to ensure that everything puts the interests of users first and provides users with high-quality products. Technology, high quality, high performance, high level products.
Our company’s products are your ideal choice. We always win the smile of every customer with our sincere heart. We sincerely welcome friends from all walks of life at home and abroad to visit our company and negotiate business for common development.
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