IonKleen™ SL Purifier product photo Primary L

IonKleen™ SL Purifier

The IonKleen SL purifier has been specifically designed for the removal of metal ions from organic solvents and mixtures of organic solvents and resins. It is well-suited for use with raw materials used in the production of photoresists and for ultra high purity solvent applications. By utilizing ion exchange groups, which are covalently bonded directly to the surface of a traditional membrane filter, the IonKleen SL purifier provides spontaneous and immediate metal removal from various base solvents and resin solvent mixtures.

Features

  • 90% metal removal
  • Simplifies purification techniques
  • High capacity
  • Shipped dry
  • Manufactured in a cleanroom environment

Recommended Applications

The IonKleen SL purifier is recommended for solvent point-of-use purification and for use in purifying the precursor materials (solvents, resins and polymers) used in the manufacture of photoresists. It has also shown positive results in the purification of bulk and point-of-use IPA dispense.



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Description

The IonKleen SL purifier has been specifically designed for the removal of metal ions from organic solvents and mixtures of organic solvents and resins. It is well-suited for use with raw materials used in the production of photoresists and for ultra high purity solvent applications. By utilizing ion exchange groups, which are covalently bonded directly to the surface of a traditional membrane filter, the IonKleen SL purifier provides spontaneous and immediate metal removal from various base solvents and resin solvent mixtures.

Features

  • 90% metal removal
  • Simplifies purification techniques
  • High capacity
  • Shipped dry
  • Manufactured in a cleanroom environment

Recommended Applications

The IonKleen SL purifier is recommended for solvent point-of-use purification and for use in purifying the precursor materials (solvents, resins and polymers) used in the manufacture of photoresists. It has also shown positive results in the purification of bulk and point-of-use IPA dispense.

Specifications

Material of Construction


 
Components Materials
Configurations ABD1 DFA1 PHD22
Medium Modified ultra-high molecular weight polyethylene (UHMWPE)    
Support and Drainage High density polyethylene (HDPE)    
Core and Cage High density polyethylene (HDPE) Polypropylene High density polyethylene (HDPE)
End Caps High density polyethylene (HDPE) Polypropylene High density polyethylene (HDPE)
Shell - Polypropylene High density polyethylene (HDPE)
 
 
Media Area 0.58 m2 / 6.24 ft2 0.11 m2 0.11 m2
Total Metal Ion Exchange Capacity
(90% Efficiency)
> 80 meq > 16 meq > 16 meq
Maximum Operating Temperature 30 °C/ 86 °F    
Maximum Forward Differential Pressure 0.34 MPa/ 50 psid    
Maximum Operating Pressure - 0.49 MPaG (30 °C) / 71 psig (80 °F) 0.39 MPa (23 °C) / 57 psig (73 °F)
 

Performance

Pressure Drop vs. Liquid Flow Rate (Water, 20 °C)


Pressure Drop vs. Liquid Flow Rate

Recommended Flow Rate

 
Filter Configurations Recommended Flow Rate in ethyl lactate1
ABD1 1.9 L / min
DFA1 /PHD22 0.36 L / min
 
1The clean pressure drop is 1.96kPa.

Filter Capsule Dimensions


Filter Capsule Dimensions

Ordering Information

Part Numbers / Ordering Information

ABD1 Cartridge

ABD [1] SRP [2] E [3]

Table 1
 
Code Nominal length (mm / in)
1 254 / 10
2 508 / 20
3 762 / 30
 

Table 2
 
Code O-ring Specifications
3 AS568A-222
 

Table 3
 
Code O-ring Materials
H1 FEP Encapsulated Fluoroelastomer
 

DFA1 Capsule
DFA1SRPESW44
 
Code Connections
Inlet / Outlet Vent / Drain
SW44 1⁄4 in Swagelok2 1⁄4 in Swagelok2
 
2Swagelok is a trademark of Swagelok Co..
 

PHD22 Capsule
PHD22SRPEH11
 
Code O-ring Materials
H11 Perfluoroelastomer
 

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