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4"x40" Hollow Fiber UF 1.5 Membrane Element (860 to 2,580 GPD)

4"x40" Hollow Fiber UF 1.5 Membrane Element (860 to 2,580 GPD)

by AMI
SKU M-U4040HF15
Availability:
In Stock for Immediate Shipment
$437.50 - $437.50
$437.50
$437.50 - $437.50
$437.50

Hollow Fiber Ultrafiltration (UF) Membrane Elements

AMI hollow fiber ultrafiltration (HF UF) membrane elements provide reliable rejection of microorganisms and viruses with low operating costs. AMI HF UF elements are offered in standard RO Membrane sizes for use in standard membrane housing pressure vessels.

Our hollow fiber UF elements are ideal for use in small commercial, point-of-use, and point-of entry applications.

Installation:

This element fits in a standard 4"x40" Size Membrane Housing with use of adapter AD-40HF (Qty. 2). Adapter is sold separately.

Advantages of AMI HF UF Membranes:

  • Ideal for Pre-Treatment to Reverse Osmosis
  • Can be used in Standard RO Housing with Filtrate Connector Kit (sold separately)
  • Reliable Rejection of Microorganisms and Viruses
  • Excellent Quality of Filtrate
  • Easy Installation and Handling

4x40 UF HF Membrane Dimensions:Dimensions of AMI Hollow Fiber UF Membranes

  • Length (L): 37.8" (960 mm +/- 1.5)
  • Outer Diameter (D): 3.94" (100 mm)
  • Filtrate Connection (F): 1.12:" (28.4 mm)

For more information, please visit this products webpage.

AMI Membranes Product Specifications

 Specifications for M-U4040HF15


AMI Part Number:

M-U4040HF15


Size:

4" Dia. x 40"L


Membrane Type:

Hollow Fiber 1.5


Estimated Flow*:

860to 2,580 GPD


Membrane Area:

43 ft2 (4 m2)


Housing & Tube Material:

PVC-U, White


Max. Trans-Membrane Pressure:

43.5 psi (3 bar)


Temperature Range:

32-104°F (0-40°C)

*Individual UF modules can be configured in parallel to provide increased system capacities. The individual UF module flow ranges depend upon the source water quality and pretreatment. Consult with a water treatment professional for design flow rates for a specific application.



To avoid mechanical damage, do not subject the membrane to sudden temperature changes (>1°C/min) or water hammer



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