Melt blown filter element is a traditional and relatively simple water filter element, which is one of the more fundamental filter elements. It is mainly used in industries such as oil filtration and water filtration. It can remove suspended solids, rust, microorganisms, and other impurities in the liquid, and can quickly filter the liquid. The operation is simple and convenient.

In the oil and water filtration industries, the use of melt blown filter elements is very common, which is closely related to its advantages and characteristics, which is the primary guarantee for its application in the filtration industry.

The primary advantage of melt blown filter element:

1、 Its own cleanliness is very high, and it will not pollute the filtered liquid. The structure of the melt blown filter element does not contain any chemical adhesives, making it safer to use and with higher cleanliness and purity.

2、 The melt blown filter element is suitable for various filtration situations, whether it is external or deep, and may be used for coarse and fine filtration to achieve very good results.

3、 The melt blown filter element has stronger ability to absorb pollutants, and its filtration flow rate is relatively large. Due to its own structural structure, its filtration resistance is relatively small, and its service life is also longer. The structural gap and diameter of the melt blown filter element can be adjusted, and its inner layer is smaller than the outer layer. This planning method improves its flow rate and ability to absorb pollutants, facilitates its use, reduces the risk of blockage, and improves its service time and lifespan.

4、 The melt blown filter element can effectively filter out particulate impurities in the liquid that needs to be filtered, with a very uniform pore size density, good filtering effect, fast power, and a fundamental filtering power of over 99%.

5、 The melt blown filter element has higher strength, and even if the pressure difference of the filtered liquid exceeds 0.4Mpa, it will not deform it. Even if the temperature is significantly higher than 80 ℃ in daily work, its filtering effect will not be greatly affected.