MAXIMATOR filter

AXIMATOR filters are designed specifically for high-pressure systems and can effectively filter particulate matter from gases and liquids. Here is a detailed introduction to several MAXIMATOR filters:

Double stage straight through filter

• Filtering principleThe fluid first passes through a coarse pore filter disc to remove large particle impurities, and then undergoes fine filtration through a small micrometer sized filter disc.

• filtration accuracyThe standard filtration accuracy is 5/8, 8/30, 30/56 μ m (secondary/primary).

• advantageThe two-stage filtration design can prevent larger particles from clogging the fine filter.

Cup shaped straight through filter

• filtration accuracyProvide several standard filtration accuracies such as 5, 30, 56 μ m.

• featureThe design has increased the filtration area, which is 6 times that of a two-stage filter, and has the characteristics of high flow rate, low pressure drop, and long service life.

Right angle filter

• filtration accuracyThe standard filtration accuracy is 5, 30, and 56 μ m.

• featureThe special design structure makes it easy to replace the filter element on site.

Performance Characteristics

• materialThe valve body, retaining ring, and screw sleeve are all made of 316 L (1.4404) stainless steel.

• temperature range-50 ° C to+350 ° C.

• connection typeProvide multiple connection forms, such as 4MF, 6MF, 9MF, 12MF, 16MF.

MAXIMATOR filterSuitable for various high-pressure systems, it can effectively improve the purity of fluids, ensure the normal operation of the system and the service life of equipment

MAXIMATOR filter