CHEM Flow Filter Assemblies with the unique CHEM Flow filter element are designed primarily for the filtration of corrosive liquids and gases. These filters also are ideally suited for gas diffusion and purification. Their excellent filtering characteristics, resistance to heat, heat shock, chemical attack and mechanical strength make them uniquely them for difficult applications.
CHEM Flow Filter Assemblies with the unique CHEM Flow filter element are designed primarily for the filtration of corrosive liquids and gases. These filters also are ideally suited for gas diffusion and purification. Their excellent filtering characteristics, resistance to heat, heat shock, chemical attack and mechanical strength make them uniquely them for difficult applications.
Special designs and elements available for higher operating conditions in all materials of construction.
Maximum particle retention. The uniform structure of the CHEM Flow filter element is reflected in its particle-retention rating. (Rating based on the minimum size of a spherical particle which will be retained by the filter). For example, a CHEM Flow filter element rated at 50 microns will retain 98% of all particles larger than 50 microns.
Uniform voids allow a high percentage of particles below the rated particle size to pass, and thereby greatly reduce clogging rates.
CHEM Flow filters offer minimum pressure loss for any given particle retention range. Constant checking during the manufacturing process assures acceptable limits. Chart shows the rate at which these filters will pass clear water and liquids with a water viscocity at various pressures. Viscosity, contaiminant, pressure and micron rating will all affect the flow rate. The uniform structure and voids of the element provide the very maximum free area which produces the following flow rates
Additional information/drawings are available in the PDF brochure.