Winding Filter Cartridge Series

  Adopting two-component fiber hot melt curing technology to form a rigid matrix structure, the pressure difference performance is excellent: the maximum pressure difference is 8 bar at 21 ℃, and it still reaches 4 bar at 80 ℃; The filtering accuracy covers 1.0-150 μ m, with an outer diameter of 64mm and an inner diameter of 30mm, and is compatible with standard industrial filter interfaces.   Widely used in the filtration of high viscosity materials such as coatings and adhesives, as well as high-pressure fluid pretreatment in the petrochemical industry; Its rigid structure can effectively resist the impact of material and liquid, avoiding performance degradation caused by filter deformation.   Core advantage: The hot melt curing process has no adhesive residue, avoiding secondary pollution, and there is a common problem of adhesive leaching in peer products; The service life of the rigid matrix structure is 60% longer than that of the ordinary wound filter element; The high pressure resistance performance is 20% higher than similar products in the industry, and it can withstand pressure fluctuations under extreme working conditions.

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  Made using multi-layer polypropylene filter material gradient winding process, with a filtration area of 0.7-3.5m ²/10 ", far exceeding ordinary melt blown filter cartridges; The efficiency of the RMF-CRN model is twice that of traditional melt blown filter cartridges, and the RMF-PR uses ultra-fine fiber layers with an accuracy of over 99.9%. Working temperature resistance of 80 ℃, maximum pressure difference of 4 bar at 21 ℃, reduced to 3 bar at 80 ℃, suitable for most industrial fluid filtration systems.   Specially designed for scenarios such as high cleanliness filtration and chemical raw material pretreatment in the electronics industry, it can effectively intercept submicron particle impurities and extend the service life of high-precision filter cartridges in the backend; The RMF-PR model is particularly suitable for applications that require strict cleanliness, such as semiconductor wafer cleaning solutions and photoresist.   Significant quality advantage: The gradient winding structure has a 50% higher pollutant holding capacity than similar products in the same industry; The retention efficiency of the ultrafine fiber layer reaches 99.9%, which is better than the industry average of 98%; The end cap adopts ultrasonic welding technology, with a sealing leakage rate of 0 and an average leakage rate of 0.5% for peer products; Each filter cartridge undergoes 100% integrity testing before leaving the factory, resulting in a 30% increase in reliability.

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