Reynolds Culligan
Reynolds Culligan
1222 Greenleaf St.
Allentown, PA 18102
Phone: (855) 910-8430
Email: gdreynolds@yourwater.net
Webite: www.reynoldsculligan.com
8-4:30 M-F with 24 hour emergency service
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Hydranautics CPA (composite polyamide) membrane elements have become the trusted industry standard for high performance, high purity applications. CPA elements are available in both 4-inch and 8-inch diameters by 40-inch long spiral wound configurations as well as smaller diameter and shorter length elements for all high purity applications. CPA membranes provide some of the highest salt rejection rates available - every element on every order for every customer.

Hydranautics also offers Integrated Membrane Solutions (IMS) combining a range of RO, NF, UF and MF membrane technologies to achieve the most comprehensive, effective, low-cost solutions for the industry.
Unit of Measure

Specifications

Brands

 N/A Culligan® Hydranautics Nitto

Membrane Product

 N/A CPA

Length

 N/A 40 in

Product Performance

Permeate Flow

 N/A 2250 gal/d8.5 m³/d

Normal Salt Rejection

 N/A 99.5 %

Minimum Salt Rejection

 N/A 99.2 %

Membrane Active Area

 N/A 65 ft²6.04 m²

Ordering

Culligan® Part Number

 N/A D1032546

Standard Business Lead Time

 N/A 10 days

Applications

Applications

 N/A
  • Desalting of well waters for municipal drinking water supplies
  • Reducing TDS (total dissolved solids) prior to ion-exchange
  • Production of boiler make-up water for power plants
  • Ultrapure water for semiconductor industry
  • Ultrapure water for pharmaceuticals
  • Ultrapure water for food and beverage

Additional Information

Additional Information

 N/A The CPA5, CPA6 and CPA7 membranes are available in the LD variant wherein low differential LD Technology® is used to minimize colloidal fouling when used with conventional pre-treatment equipment. These membranes offer consistently low feed pressures and longer intervals between cleanings.

Additionally, the CPA5 and CPA6 membranes are available in the MAX variant which have a 440 ft² (40.9 m²) active membrane surface area. The increased membrane area can reduce capital costs by requiring fewer pressure vessels and less floor space.