Fulflo® SWC Filter Cartridges Economical Filtration Solutions with String-Wound Depth Cartridges The SWC filter cartridge offers a wide range of fibers and core materials. Roving is wound onto a center core for strength. The diagonal pattern of the media forms a tight, interlocking weave. Parker domick hunter Process Filtration has one of the world's largest manufacturing plants for wound cartridges, offering superior quality along with technical, engineering and marketing support. Nominal removal ratings from 1 urn to Contact Information Parker-Hannifin Corporation domnick hunter Process Filtration - North America • SWC's provide excellent compatibility with a variety of organic solvents and petroleum • Optional core covers available to assure fiber migration control • Multiple length cartridges minimize change out time, eliminate spacers filter vessels • Cotton and polypropylene materials potable and edible liquid contact • Continuous strand roving geometry provides performance • Extended center core option eliminates the need for cartridge guides in competitive and Fulflo multi-cartridge vessels • One piece extended length center cores are available in tinned steel, 316 stainless steel and 304 stainless steel • A special snap-in extender is available for polypropylene cores • FDA grade polypropylene (DOE only) for contact with drinking water • Dilute Acids & Alkalies • Organic Acids & Solvents • Potable Liquids • Petroleum Oils • Mineral Acids ENGINEERING YOUR SUCCESS.

Fulflo® SWC Filter Cartridges Maximum Recommended Operating Conditions: 200°F (93°C) with tinned steel or stainless steel cores; 120°F (49°C) with polypropylene cores 250°F (121°C) with tinned steel or stainless steel cores; 120°F (49°C) with polypropylene cores Nominal Removal Ratings: Length Factors Clean AP x Length Factor Viscosity x Flow Factor Flow Rate x Viscosity x Flow Factor Length Factor 1. Clean AP ispsi differential at start. 2. Viscosity Is centistokes. Use Conversion Tables for other units. 3. Flow Factor Is AP/GPM at Icksfor 10 In (or single). 4. Length Factors convert flow or...