partcoveRepresentative product image; match the listed specifications and options.
Water & wastewater treatment
Pentek 255673-43 CFB-30 Fibredyne Modified Carbon Block 10 mic Filter — Single
Pentair Water
PartCove SKU PC-9CF0FF6310523BCA4AF763CA
The Pentek CFB Series cartridge provides the effective chlorine taste & odor reduction found in traditional carbon block media while offering excellent sediment reduction capabilities.
Checking price and availability…
Ordering is currently unavailable. You can save this part.Confirm the listed model, dimensions, finish, and packaging. Similar appearance alone does not confirm compatibility.
KNOW YOUR PART
Product details
Review the specifications and exact fit for your application.
Size & dimensions (2)
- Outer Diameter
- 2.875 in
- Product Length
- 30
Specifications (6)
- Cap Material
- Polypropylene
- Change Frequency
- 6-12 Months
- Media Type
- Carbon Block
- Type
- Carbon Block Filters
- Choose
- Single
- Weight
- 907 g
Description
The Pentek CFB Series cartridge provides the effective chlorine taste & odor reduction found in traditional carbon block media while offering excellent sediment reduction capabilities. Features: Offers up to two times the chlorine taste & odor reduction and dirt-holding capacity of traditional blocks Combines the benefits of both a sediment filter and a carbon block into a single cartridge Will not release fines into the effluent stream Manufactured entirely from FDA-compliant materials Ideal choice for a wide range of residential, food service, commercial and industrial applications NOTE: CFB Series products are a modified molded block created by use of our proprietary Fibredyne technology. This technology creates a unique filter media by attaching powdered activated carbon onto a cellulose-free synthetic fiber matrix. The result is a single cartridge that combines the benefits of both a sediment filter and a carbon block into a single cartridge. Fibredyne's carbon block technology also offers up to two times the chlorine taste & odor reduction and dirt-holding capacity of traditional blocks.* In addition, this technology will not release fines into the effluent stream due to a