Main factors promoting the development of condensate filter element advantages
Published Time:
2021-11-02
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The condensate filter element combines surface filtration and depth filtration, allowing a single filter element to achieve a flow rate of up to 70m3/h. It significantly reduces the number of filter elements compared to conventional filter elements, significantly reducing the size of the supporting housing. During use, it reduces the frequency of filter element replacement and unnecessary wear, improving work efficiency.
The condensate filter element uses a polypropylene integrated design, combined with hot melt welding technology, effectively preventing secondary pollution. A sealed interface is designed to reduce the risk of bypass flow, ensuring the sealing and reliability of the filtration. Increasing the effective filtration area can significantly reduce the number of filter elements and the size of the housing. In many applications, due to the high flow rate, the filter element life is extended, reducing investment and labor costs.
This section introduces the main factors influencing the selection of condensate filter element substitutes.
1. Currently, a large number of large metallurgical equipment has been introduced, and the original filter elements are generally expensive foreign products. After the original filter elements are used, most users hope to use domestic substitute filter elements that are inexpensive and readily available.
In addition, many filtration devices use condensation filtration, and many years ago, metallurgical equipment produced domestically also required the use of non-original filter elements. Therefore, filter substitutes are, to some extent, unavoidable.
2. Solid particle contamination seriously threatens the normal operation of the system. If the content of solid particle contaminants in the system is below the system's target value, it can operate normally.
If the content of solid particle contaminants exceeds the target cleanliness, the system's performance, reliability, and service life will be affected. Condensate filtration systems inevitably introduce a large number of solid particle contaminants during operation due to external factors and internal generation.
Therefore, in order to purify the system, solid particle contaminants must be continuously removed. The filter element has the function of removing solid particle contaminants.
3. The filter element is a filter element made of porous filter material.
Its main function is to intercept solid particles in the system medium through surface interception and tortuous pore adsorption, thereby achieving the purpose of purifying the medium. The intercepted solid particles block the filter element medium channels, increasing the pressure difference between the two ends of the filter element.
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