Efficient filtration: The sintered felt filter element is made through high-temperature sintering technology, with high porosity and uniform pore size distribution, which can effectively intercept small particles, oil mist, and impurities in gases, ensuring that the filtered medium reaches high purity and cleanliness.
High temperature and corrosion resistance: Sintered felt filter cartridges can maintain excellent filtration performance in high temperature, high pressure, or highly corrosive environments. It has a wide temperature range, can be used in temperature environments ranging from -200 ℃ to 600 ℃, and is resistant to acid and alkali corrosion.
High strength and durability: The sintered felt filter adopts multi-layer stainless steel wire mesh sintering technology, which has high strength and pressure resistance, and can withstand high-pressure fluid impact. Its mechanical strength and compressive strength are high, ensuring that it does not deform or break during use, and ensuring a stable and long-lasting filtering effect.
Easy to clean: The sintered felt filter element adopts a surface filtration structure, which has good reverse flow cleaning effect. Surface impurities and particles can be washed away through simple operations such as backwashing, extending the service life
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Choose the appropriate filter element: When selecting a filter element, make sure it is suitable for the current working environment and avoid choosing a filter element with too high or too low pressure, which may cause deformation or damage to the filter element.
Correct installation: The installation of the filter element should be accurate and stable. When the filter element is not fixed, the filtration work should be paused to prevent damage to the filter element.
Regular cleaning and replacement: The filter element will trap a large amount of impurities during use, resulting in a decrease in working speed. Therefore, it is necessary to regularly clean the filter element to avoid clogging. If the filter element is found to be deformed or damaged, it should be replaced immediately. The cleaning methods include physical cleaning (such as backwashing, ultrasonic cleaning) and chemical cleaning (such as acid washing, alkali washing).
Avoid mechanical damage: During the cleaning process, be careful not to deform or damage the filter element, otherwise it will cause a decrease in filtration accuracy and fail to meet production requirements. When cleaning, use appropriate pressure and cleaning agents, and avoid using cleaning agents containing chlorides.
Maintenance precautions: After cleaning, rinse in reverse with filtered water for 20 seconds, and then blow dry with compressed air. Regularly check whether the filter element is clogged, deformed or corroded, and replace it immediately if it is deformed.
Industry differences: Different industries have different cleaning methods
1. Special design can achieve an effective filtration area of 100%;
2. Each component adopts a seamless fusion method, which solves many problems that originally existed in use and ensures safety;
3. The design adopts a metal folding frame, which can be reused and replaced;
4. The density of the filter material shows an increasing structure, achieving high efficiency, low resistance, and large dust capacity;
Special design can achieve an effective filtration area of 100%;
2. Each component adopts a seamless fusion method, which solves many problems that originally existed in use and ensures safety;
3. The design adopts a metal folding frame, which can be reused and replaced;
4. The density of the filter material shows an increasing structure, achieving high efficiency, low resistance, and large dust capacity;
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