The filter element adopts high-quality stainless steel wire mesh, which is sintered at high temperature to form a sturdy and durable filtering medium. Its structure is precise, with excellent filtration performance, and can capture small particulate pollutants. This filter element has a large filtration area and can be widely used in various industrial environments. This filter element can be customized to meet your unique filtration requirements.
Type | Sintered Mesh Filter Element |
Dimension | 40x30 |
Material | G3-4 hexagen nipples |
Filtration accuracy | 50μm |
Custom made | Avaliable |
1) Has good anti cleaning performance and a relatively long replacement cycle;
2) Has certain mechanical strength and compressive strength; Good stability and not easily deformed
3) High filtration accuracy can achieve uniform surface filtration performance with a filtration particle size of 2-200um;
4) Resistant to certain acidity, alkalinity, and high temperature, and can withstand continuous filtration from -200 ° C to up to 650 ° C
5) Can be reused without affecting production characteristics, saving production costs and manpower;
Sintered powder filter element can realize micron-level precision filtration, can separate solid particles in the liquid, gas impurities, when the fluid passes through a certain degree of accuracy of the element, the impurities are blocked on the surface of the element to form a filter cake, pure fluid through the element outflow, so that the contaminated live impurity-containing fluids filtration to the state of the normal production required to ensure that downstream devices to obtain a pure product to live to protect the normal operation of the equipment.
Different from the non-metallic sintered element is that when the surface of the sintered power filter element of the filter cake reaches a certain thickness, because of its high strength performance characteristics, so through a certain reverse pressure on the element to backwash or blowback method to clean the element, the element can be used again.