High quality Sintered mesh filter element Sintered mesh filter element is made of multiple layers of metal wire mesh which are stacked and sintered in vacuum. The filter element made of it has the characteristics of strong corrosion resistance, good permeability, high strength, easy cleaning and backwashing, precise filtering accuracy, hygienic and clean filter material, and the wire mesh does not fall off.
High quality Sintered mesh filter element
Sintered mesh filter element is made of multiple layers of metal wire mesh which are stacked and sintered in vacuum. The filter element made of it has the characteristics of strong corrosion resistance, good permeability, high strength, easy cleaning and backwashing, precise filtering accuracy, hygienic and clean filter material, and the wire mesh does not fall off.
Product Features
1) High strength: extremely high mechanical strength and compressive strength;
2) High precision: uniform surface filtration performance can be achieved for filter particle sizes from 1 to 200um;
3) Heat resistance: can be used for continuous filtration from -200℃ to 600℃;
4) Cleanability: due to the surface filtration structure with countercurrent cleaning effect, it is easy to clean;
5) It has good permeability and high strength, no need to add support structure, no material shedding phenomenon, strong corrosion resistance, easy to clean, and not easy to damage.
Connection method:
Main connection methods include: standard interface (such as 222, 220, 226), quick interface connection, threaded connection, flange connection, tie rod connection, special customized interface, etc.
IV. Main uses:
1) Used as dispersed cooling material in high temperature environment;
2) Used for gas distribution, liquid bed orifice plate material;
3) Used for high-precision, high-reliability high-temperature filtration material;
4) Used for high-pressure backwashing oil filter
5) Used for filtration of polyester, oil, pharmaceutical, food and beverage, chemical fiber products, and also for water treatment and gas filtration.