CSL Microfiltration Membranes

CSL Microfiltration MF Membrane Elements

Applied Membranes CSL Microfiltration Membrane Elements

Applied Membranes CSL MF membrane elements are the latest in microfiltration technology, utilizing composite single-layer microstructure membrane sheet. These elements are superior in chemical compatibility and performance; offering substantial energy savings with ultra-low-pressure operating pressure.

Contact us for a Personalized Consultation

Benefits of CSL Microfiltration Membrane Elements

  • High flux over time at lower pressure
  • Longer life enabled by backwashing
  • Exceptional permeate quality
  • Less fouling

Details and Ordering Information for CSL Microfiltration Membranes

Model No.

(Dia.”× Length”)

Outer Wrap

Nominal Pore Size


4″ x 40″

FRP Wrap

0.15 μm


8″ x 40″


0.15 μm


8″ x 40″

FRP Wrap

0.15 μm

Operating Limits for AMI CSL MF Elements

  • Temperature Range: 135°F (75°C)
  • pH Range: 2-10
  • Maximum Feed Pressure: 70 psi (4.8 bar)
  • Maximum Differential Pressure: 35 psi (2.4 bar)

CSL MF Elements Feature Excellent Chemical Compatibility

30% Acetic Acid  Excellent 
25% Hydrochloric Acid Excellent 
35% Nitric Acid  Excellent 
38% Sulfonic Acid  Excellent 
Crude Oil  Excellent
Diesel  Excellent 
Gasoline  Excellent 
Kerosene  Excellent 
Aromatic Hydrocarbons 
Toluene  Excellent
Xylene  Excellent 
NaOH (pH  ≤ 10)  Excellent 
NaOH (pH = 10) Good* 
NaOH (pH > 10) Caution* 
Petroleum Ether Excellent 
Tetrahydrofuran Excellent 
Butyl Acetate Excellent
Ethyl Acetate Excellent 
Acetone Excellent
Methyl Ethyl Ketone Excellent 
Isopropanol (60%) Excellent 
Acetonitrile Excellent  
Trichloroethylene  Excellent  
Sodium Hypochlorite (<1%) Excellent  
Sodium Hypochlorite (>2%)  Good*

Common Applications for CSL Microfiltration Elements

  • Reverse Osmosis Pre-Filtration
  • Oil/Water Separation
  • High Flux/Constrained Footprint
  • High Solids Separations

Give us a call today at 604-878-8092. Let’s discuss your unique application needs.

© 2024 Pureworld Solutions Inc.