Material and manufacturing process: The sintered mesh filter is made of stainless steel woven mesh, usually using stainless steel materials such as 304 or 316L. This filter element is made by weaving stainless steel wire into a mesh in a specific weaving method, and then folding and other processes.

 

Structural characteristics: The pores of the sintered mesh filter are formed by woven mesh, with relatively regular pores and a smooth surface. This structure gives the filter element a certain strength and stability, making it suitable for various filtration needs.

 

Filtering performance: Its filtering accuracy range is usually between 1 micron and 850 microns, suitable for filtering scenarios with different accuracy requirements. Due to its smooth pores, cleaning is relatively easy and impurities can be removed through simple physical or chemical cleaning methods.

 

Application areas: Due to the wide range of filtration accuracy of sintered mesh filter, it is suitable for occasions with different requirements for impurity particle size, such as the filtration of melt in industries such as metallurgy and petrochemicals, as well as some fields that do not require particularly high filtration accuracy but require a large filtration flow rate