MS.PV

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MS.PV application field and working principle

MS.PV is the abbreviation of Micro Structured Polymer-Vinyl Membrane. It is a liquid filtration membrane made of polyvinylidene fluoride (PVDF). It is mainly used in chemical, food, pharmaceutical, electronics and new energy industries for precision filtration, purification and separation, but can also be used as a skeleton material in gas separation. In addition, it has been widely used in many fields such as environmental protection, biological medicine, and biotechnology.

Application field

MS.PV membranes can be used in a variety of different applications, including water treatment, pharmaceutical process development and production, filtration for biological testing and monitoring, separation, and etc. In the field of water treatment, MS.PV membranes are widely used in the removal of suspended solids such as colloidal particles and bacteria, as well as the filtration of industrial waste water and seawater. In the pharmaceutical field, MS.PV membranes are used for drug extraction and purification, and in the filtration of cell culture media for biologic testing. Other application areas include reverse osmosis, liquid chromatography, gas separation, and more.

Working Principle

The working principle of MS.PV membrane is based on the sieving effect. The membrane pores are designed to selectively pass only components with the desired size and shape and to block particles above or below that size range. Different membrane pore sizes, or pore diameters, produce different separation selectivity. This is why membranes are made in a variety of different pore sizes. As the feed stream flows through the membrane, the larger particles are excluded from passing into the membrane pores and accumulate on the upstream side of the membrane.

In addition to size exclusion, the membrane pores may also provide other functions such as adsorption, electrostatic attraction, or neutralization. For example, MS.PV membranes may be used for electromagnetic radiation protection, virus removal, or heavy metal removal. The pore sizes and shapes can be designed to meet the customers\' needs, ensuring the desired filtration performance.

Conclusion

In conclusion, MS.PV membranes are widely used in various filtration and separation applications due to their superior performance, long service life, and versatility. With its advanced pore size design and wide range of applications, MS.PV membrane technology is an ideal solution for a variety of filtration and separation needs.

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