The sanitary grade microporous membrane filter consists of a foldable microporous membrane filter element and a stainless steel outer cylinder, with single core or multi-core filter elements assembled inside. The filter cylinder body is connected by quick installation clamps or quick opening ring head bolts, making it very convenient to install, remove, and clean the filter element. The inner surface of the filter is polished with a mirror finish (roughness Ra ≤ 0.28 μ m), without any hygiene blind spots, and meets the requirements of "FDA" and "GMP" specifications. Micro porous filters are divided into chemical grade and food grade. Food grade filters must be manufactured according to FDA standards. The filter material is high-quality stainless steel (304/316L), and both the inside and outside are finely polished. Its characteristics are small size, light weight, easy use, large filtration area, low blockage rate, fast filtration speed, no pollution, good thermal and chemical stability. This series of stainless steel microporous filters can filter out the vast majority of particles, making them widely used in precision filtration and sterilization processes.
Sanitary grade microporous membrane filters are widely used in the filtration of pharmaceuticals, medicines, oral liquids, injections, probiotic water, biochemical preparations, blood products, pre filtration, terminal filtration, and air respirators on fermentation tanks.
Electronic industry: Pure water equipment used for reverse osmosis filtration, semiconductor, integrated circuit, instrument, display tube and other washing water filtration.
Beverage brewing industry: pre filtration and terminal filtration of various beverages such as mineral water, pure water, cola, Sprite, etc. Drip beer and filter draft beer. Brewing sterile water equipment, white wine, various types of wine and soy sauce, and cool filtration.
Chemical industry: pre filtration and fine filtration of organic solvents, esters, alcohols, aviation gasoline, and various concentrations of chemical raw materials.