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Water & wastewater treatment
Omnipure Inline K2333-BB GAC Postfilter - 6" x 2" Filter - 1/4" FPT — Box of 50
Omnipure
PartCove SKU PC-3256A4E5090B5E1384387D9D
The Omnipure K2340-BB Inline GAC Postfilter is designed to reduce chlorine, taste and odor and has a flow rate of 0.5 gallons per minute.
$468.00
In stock. Shipping and tax calculated at checkout.Confirm the listed model, dimensions, finish, and packaging. Similar appearance alone does not confirm compatibility.
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Product details
Review the specifications and exact fit for your application.
Size & dimensions (2)
- Outer Diameter
- 2 in
- Product Length
- 6
Specifications (8)
- Change Frequency
- 6-12 Months
- Media Type
- Granular Activated Carbon (GAC)
- Type
- Inline Carbon Filters
- Capacity
- 1000 gallons
- Flow Rate
- 0.50 GPM (1.9 LPM)
- Temperature
- 35-100° F (2-38° C)
- Choose
- Box of 50
- Weight
- 10478 g
Description
The Omnipure K2340-BB Inline GAC Postfilter is designed to reduce chlorine, taste and odor and has a flow rate of 0.5 gallons per minute. One of the primary uses of this product is as a system component. The benefit is derived from the fitting being molded directly into the filter cap, greatly reducing clearance. The uniform system is the most efficient use of available space and greater filtering performance in a smaller overall area. Specifications: Coconut Shell Granular Activated Carbon filter 1/4" FPT Threaded Connections Chlorine, taste & odor reduction Specifically designed for RO or distillation units Capacity: 1000 gallons Flow Rate: 0.50 GPM (1.9 LPM) Maximum Pressure: 125 PSIG Temperature: 35-100° F (2-38° C) NOTE: Prior to California’s Prop 65, Bituminous Coal was the primary source of Activated Carbon used for drinking water. Due to the concerns of coal-based Activated Carbon leaching arsenic and the restrictions of Prop 65, the Industry switched to Coconut Shell as the new source for Activated Carbon. Coconut shell is the preferred choice considering it’s a renewable source and 90% +/- surface area exists as micro-pores. Because micro-pores match the size of
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