The large flow filter element has a uniform pore distribution-Hezhong Environment (Beijing) Co., Ltd. was established in 2003

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The large flow filter element has a uniform pore distribution

Published Time:

2021-06-07

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The large flow filter element has a uniform pore distribution.

Large flow filter element Made from technologically advanced submicron high-performance polypropylene fiber membrane material, with a uniform gap distribution. Through scientific filter membrane combination, the filter element has good filtration accuracy, can cut off the filter target in the slurry, and ensures the filtration degree of the filter material. The inlet and outlet structure of the high-flow filter makes the filter easier to replace, while cutting off pollutants from entering the filter.

No other harmful gases or corrosive media shall be stored in the large flow filter element storage, and products should be properly placed. In addition, in order to ensure proper temperature control, observe changes in the warehouse as much as possible, and a thermometer or hygrometer can be installed. When the filter color darkens, it is because there are too many impurities and bacteria in the filter mesh, and long-term accumulation in the filter mesh will cause filter mesh pollution. This also tells us to replace the filter.

The folding gap of the large flow filter element is uniform.

The large flow filter element is equipped with a large flow filtration device, also known as folded water filtration, safety filtration, etc. The design of the large-area pleated surface can reduce the pressure of other filter elements and extend their service life. Made from technologically advanced submicron high-performance polypropylene fiber membrane material, the large flow filter element has a uniform gap distribution. Scientifically combining filter membranes gives the filter element good filtration accuracy, effectively intercepting targets in the material, and ensuring the filtration degree of the filtrate.

The filter material, skeleton, and end caps of the large flow filter element are integrally heat-welded, resulting in a more secure seal, reducing the risk of bypass flow, and improving filtration efficiency. Using a thickened PP skeleton, it can withstand a pressure difference of 2 Bar at room temperature and is suitable for the pharmaceutical, chemical, electronic, and petroleum industries. It has good chemical properties, is almost non-water-absorbing, does not react with most chemicals, and can adapt to various filtration environments. Among them, the absolute value of the mechanical properties of polypropylene is higher than that of polyethylene, but it is still a relatively low variety among plastic materials, and its tensile strength can only reach 30 MPa or slightly higher.