Pargreen Process Technologies - Hypure PF Resin Bonded Filter Cartridges

The Hypure PF filter is a resin-bonded, spiral wound filter cartridge suitable for a wide range of applications. Hypure PF utilizes phenolic resin impregnated, long-strand polyester fibers for efficiency and long life. Uses for Hypure PF include adhesives, coatings, and inks, and many more applications both water and solvent based.

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Items	HPF 03-9 3/4 ES Hypure PF Resin Bonded Filter Cartridges	HPF 03-9 3/4 LX Hypure PF Resin Bonded Filter Cartridges	HPF 03-9 3/4 XX Hypure PF Resin Bonded Filter Cartridges	HPF 03-10 ES Hypure PF Resin Bonded Filter Cartridges	HPF 03-10 LX Hypure PF Resin Bonded Filter Cartridges
Type	N/A HPF
Nominal Micron Rating	N/A 3 µm
Length	N/A 9 3/4 in24.8 cm	N/A 9 3/4 in24.8 cm	N/A 9 3/4 in24.8 cm	N/A 10 in25.4 cm	N/A 10 in25.4 cm
End #1 Adapter¹	N/A 222 O-Ring	N/A Extended Core	N/A Standard Plain End (No Gasket)	N/A 222 O-Ring	N/A Extended Core
End #2 Adapter	N/A Solid End	N/A Plain End (No Gasket)	N/A Plain End (No Gasket)	N/A Solid End	N/A Plain End (No Gasket)
Elastomer Material²	N/A 1
Inside Diameter	N/A 1 in2.5 cm
Outside Diameter	N/A 2.5 in6.4 cm
Note	N/A Trademark of General Electric Company; may be registered in one or more countries.
Features and Benefits	N/A High dirt holding capacity Wide range of micron retention Faster flow rates High efficiency Less change-outs Consistent quality
Applications	N/A Printing inks Water Hot, non-aqueous fluids Adhesives Antifreeze Insecticides Photo resists Solvents Paints and varnishes Thinners Fuels and Lubricating oils Coolants Coatings
Materials of Construction	N/A Phenolic resin impregnated, wound polyester fibers with coreless construction.
Operational Limits	N/A Maximum Temperature Rating: 250ºF (121ºC) in gases 180ºF (82ºC) in aqueous and non-aqueous liquids
Non Aquenous Liquids	N/A To size a housing, determine several variables: the desired micron size, the pressure drop permitted, the maximum flow rate and the fluid viscosity. If any three are known, the fourth may be plotted on the nomograph above. Example: Draw a line from the desired Micron Size (Cartridge Type) through the desired initial Pressure Drop to intersect with Index Line. Draw a second line from Fluid Viscosity through the Index Line intersection to determine the recommended Flow Rate Read Flow Rate in GPM. (See Figure 1)
¹ End adapters extended core option - polyester extended core 222 O-Ring ² Viton is a registered trademark of DuPont