MF Series Pleated High Flow Cartridges are designed for filtration systems requiring large flow rates. Their pleated construction provides increased surface area, high dirt-holding capacity and dependable filtration efficiency.

BF Series High Flow Pleated Bag Filters use pleated polypropylene depth media to provide high filtration capacity while fitting suitable bag-filter housings. Their design can reduce the number of conventional depth cartridges required.

BPC Series Big Blue Polyester Pleated Cartridges use high-quality polyester filtration media for general filtration applications. Their large format offers high flow capacity, low pressure drop and efficient particle retention.

OPF Series Oilfield Pleated Filter Cartridges use pleated polypropylene, polyester or glass-fibre media to provide high dirt-holding capacity, stable filtration efficiency and low pressure drop in demanding process applications.

PES Series Pleated Membrane Filter Cartridges use hydrophilic polyethersulfone membrane media with polypropylene support materials. Their high surface area provides efficient fine filtration and consistent flow performance.

GFM Series Glass Fiber Membrane Pleated Cartridge Filters provide high filtration efficiency, large effective surface area, low initial pressure drop and broad compatibility for suitable industrial process fluids.

NPP Series Nominal PP Melt Blown Filter Cartridges use polypropylene depth media for liquid pre-filtration. Their graded construction provides high dirt-holding capacity, dependable flow and economical filtration.

EPP Series PP Melt Blown Filter Elements are manufactured from polypropylene depth media and include an internal polypropylene core for additional mechanical strength and dependable filtration performance.

PSW Series PP String Wound Cartridge Filters use polypropylene wound yarn with a controlled density structure to provide high dirt-holding capacity, low pressure drop and reliable particle filtration.

CSW Series Bleached Cotton String Wound Cartridge Filters provide high dirt-holding capacity using bleached cotton wound yarn. They are suitable for compatible liquid processing applications requiring depth filtration.

GSW Series Glass Fiber String Wound Filter Cartridges provide depth filtration for demanding applications. Glass-fibre wound construction offers strong temperature resistance and broad compatibility for suitable fluids.

FSW Series Glass Fiber Wound Yarn Cartridge Filters use a graduated-density wound construction with coarser outer layers and denser inner layers for high contaminant capacity and efficient depth filtration.

BSW Series Big Blue String Wound Cartridge Filters use a multi-layer wound-yarn construction for increased dirt capacity, high flow capability and low operating pressure drop.

CTO Series Extruded Carbon Block Cartridge Filters use activated-carbon media for adsorption applications, including reduction of unwanted taste, odour and chlorine-related compounds in compatible water streams.

SBC Series Sintered Carbon Block Cartridge Filters use high-quality activated carbon with a sintered structure designed to provide strong adsorption capacity, dependable flow and effective filtration.

ACF Series Carbon Impregnated Cellulose Filter Cartridges combine cellulose filtration media with activated carbon for particle filtration and adsorption of unwanted taste, odour and compatible organic contaminants.

BPP Series Big Blue PP Melt Blown Filter Cartridges use multi-layer polypropylene depth media. Their larger diameter provides increased contaminant capacity, reliable filtration efficiency and extended service life.

SFB Series Standard Felt Liquid Filter Bags are made from suitable polypropylene, polyester and specialty felt materials to provide consistent liquid filtration across a broad range of industrial applications.

IFB Series Industrial Mesh Liquid Filter Bags use monofilament or multifilament mesh construction for surface filtration. They are designed to retain particles larger than the selected mesh opening while supporting high liquid flow rates.