Products

The multi-cartridge stainless steel filter housing accommodates 2 to 20 high flow filter elements for large-volume industrial and commercial filtration. Available in vertical and horizontal configurations with swing bolt closures […]

The single high flow stainless steel cartridge filter housing accommodates one high flow filter element and handles flow rates up to 60 m³/h per cartridge. Available in vertical and horizontal

The PHSV uses a wedge wire structure with precisely uniform slot gaps for consistent surface filtration and easy backwash cleaning. The V-shaped wire profile prevents particle wedging in the slots,

The PHSP is a powder-sintered stainless steel filter cartridge for depth filtration with uniform pore distribution throughout the wall thickness. The powder sintering process creates a highly controlled pore structure

The PHSW uses a multi-layer sintered stainless steel mesh medium with uniform pore distribution for stable, consistent filtration performance. Multiple mesh layers are sintered together into a single rigid structure

The PHSC is a pleated stainless steel mesh filter cartridge designed for high mechanical strength and long service life through repeated backflush regeneration. Its woven wire mesh construction maintains structural

The PHSF is a sintered stainless steel fibre felt cartridge with a graded pore structure for improved depth filtration. Sintered fibre felt provides a more open, three-dimensional pore network than

The matte melt blown cartridge uses a PP cotton thread outer layer that intercepts particles at the surface, reducing deep-bed clogging and extending service life. It combines surface interception with

The mini-grooved melt blown cartridge delivers 99% stable filtration accuracy and an increased effective filtration area through its fine-grooved surface pattern. Produced without chemical binders or adhesives, it is suited

The orange-peel melt blown cartridge uses a textured dimpled outer surface for enhanced mechanical strength and pressure resistance. Its dimpled profile provides additional structural rigidity under elevated differential pressure, making