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Ultipleat® P-Nylon Filter (Chemical Filtration) product photo Primary L

Ultipleat® P-Nylon Filter (Chemical Filtration)

The Ultipleat P-Nylon filter is specifically recommended for bulk filtration of photoresists and chemicals which are compatible with Nylon 6,6 and high density polyethylene (HDPE). In addition, it utilizes the latest advance in Pall filtration technology; the crescent shaped Ultipleat filter configuration.
  • Wide range of configurations
  • High flow rates
  • Integrity testable
  • Low extractables
  • Optimized design  
  • Manufactured in a cleanroom environment
  • 100% integrity tested
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The Ultipleat P-Nylon filter is specifically recommended for bulk filtration of photoresists and chemicals which are compatible with Nylon 6,6 and high density polyethylene (HDPE). In addition, it utilizes the latest advance in Pall filtration technology; the crescent shaped Ultipleat filter configuration.
  • Wide range of configurations
  • High flow rates
  • Integrity testable
  • Low extractables
  • Optimized design  
  • Manufactured in a cleanroom environment
  • 100% integrity tested
Materials
  • Medium: Hydrophyllic Nylon 6,6
  • Core, cage, and end caps: High density polyethylene (HDPE)
  • Support and drainage: High density polyethylene (HDPE)
  • O-ring options: FEP encapsulated Fluoroelastomer

Removal Ratings

  • 0.1 µm, 40 nm  

Filter Areas

  • 10" / 254 mm: 9.5 ft2 / 0.88 m2
  • 20" / 508 mm: 19.0 ft2 / 1.70 m2
  • 30" / 762 mm: 28.5 ft2 / 2.6 m2
  • 40" / 1016 mm: 38.0 ft2 / 3.5 m2

Configurations

  • Nominal length: 10" / 254 mm, 20" / 508 mm, 30" / 762 mm, and 40" / 1016 mm
  • Diameter: 2.75" / 70 mm
  • O-ring size / end caps:
    Code 3 (222 double O-ring / flat end)
    Code 8 (222 double O-ring / finned end)
    Code 7 (226 double O-ring bayonet lock / finned end)
    MR Code 3 (222 double O-ring / flat end) designed to retrofit Code 0 elements

Operating Conditions

  • Maximum Operating Temperature:
    120°F / 50°C
  • Maximum Forward / Reverse Differential Pressure:
    40 psid @ 68°F / 2.7 bar @ 20°C
Pressure Drop vs. Liquid Flow Rate3

3
For liquids with viscosity differing from water, multiply the pressure drop by the viscosity in centipoise.
Filter Cartridges
 
Part NumberRemoval
Rating (µm)		Nominal
Length (in / mm)		Configuration
Code		O-Ring
Material4
         
ABD1UNI3EH1 0.1 10 / 254 3 FEP encapsulated Fluoroelastomer
         
ABD1UNI7EH1 0.1 10 / 254 7 FEP encapsulated Fluoroelastomer
         
MRD1UNI3EH1 0.1 10 / 254 3 FEP encapsulated Fluoroelastomer
         
ABD2UNI3EH1 0.1 20 / 508 3 FEP encapsulated Fluoroelastomer
         
ABD2UNI7EH1 0.1 20 / 508 7 FEP encapsulated Fluoroelastomer
         
ABD2UNI8EH1 0.1 20 / 508 8 FEP encapsulated Fluoroelastomer
         
ABD3UNI3EH1 0.1 30 / 762 3 FEP encapsulated Fluoroelastomer
         

ABD3UNI8EH1

 0.1 30 / 762 8 FEP encapsulated Fluoroelastomer
         

ABD4UNI7EH1

0.1

40 / 1016

 7 FEP encapsulated Fluoroelastomer
         

ABD1UND3EH1

 0.04

10 / 254

 3 FEP encapsulated Fluoroelastomer
         

ABD1UND7EH1

 0.04

10 / 254

 7 FEP encapsulated Fluoroelastomer
         

ABD2UND3EH1

0.04

20 / 508

3

 FEP encapsulated Fluoroelastomer
         

ABD2UND7EH1

0.04

20 / 508

 7 FEP encapsulated Fluoroelastomer
         

ABD2UND8EH1

0.04

20 / 508

 8 FEP encapsulated Fluoroelastomer
         

ABD3UND3EH1

0.04

 30 / 762 3 FEP encapsulated Fluoroelastomer
         

ABD3UND8EH1

0.04

 30 / 762 8 FEP encapsulated Fluoroelastomer
         

ABD4UND7EH1

0.04

 40 / 1016 7 FEP encapsulated Fluoroelastomer
 
4
Other O-ring materials are available.

Unit conversion: 1 bar = 100 kilopascals

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