The multi-layer structure combines a protective layer, support layer, distribution layer, and filtration layer to balance mechanical strength, flow distribution, and filtration accuracy. This construction provides a stable pore structure, good pressure resistance, and consistent filtration performance while reducing the risk of deformation, fiber shedding, or media damage under harsh operating conditions.

The correct micron rating depends on the particle size to be removed, required downstream cleanliness, contamination load, fluid viscosity, flow rate, and allowable differential pressure. Available grades commonly cover approximately 1–100 μm. Selection should balance particle retention with sufficient flow, especially for viscous liquids or applications with relatively high solids loading.

Yes. The 304 or 316L stainless steel construction provides good mechanical strength, temperature resistance, and corrosion resistance, making it suitable for high-temperature oils, resins, polymer solutions, and other viscous process fluids. Final suitability should still be confirmed according to actual temperature, pressure, viscosity, chemical composition, and seal material.

Yes. The rigid sintered structure is designed to support cleaning and repeated use under suitable process conditions. Depending on the contaminant, cleaning may include backwashing or other appropriate cleaning methods. Regeneration effectiveness depends on particle type, contamination depth, chemical exposure, cleaning procedure, and the condition of the filter media.

Compatibility should be checked against the process fluid, chemical concentration, operating temperature, pressure, cartridge diameter, length, end-cap configuration, and seal material. Available constructions include 304 and 316L stainless steel with different dimensions and connection options. Providing your existing cartridge specifications and operating conditions is the most reliable way to confirm fit and material suitability.