Replacement 10" Slimline Carbon Block Chloramine Reducing 1µm Single Filter 2.5" x 10"

10" x 2.5" Replacement filter cartridges only
Contains 1 filter cartridge:
Replacement Activated Coconut Carbon Bonded Antimicrobial (Chloramine) 1µm Single Filter'' cartridge for slimline diameter housings

PLEASE NOTE:
This is the replacement filter for position 3 in a triple slimline system where chloramine reduction is required.  To ensure maximum filter life a 5 micron sediment filter or carbon/sediment filter should be installed in position 2 if the ceramic beads filter is installed in position 1
or
This is the replacement filter for position 2 in a double/twin slimline system where chloramine reduction is required. To ensure maximum filter life a 5 micron sediment filter or carbon/sediment filter should be installed in position 1. A ceramic bead filter should NOT be installed in a twin/double system where chloramine reduction is required.

IN ANYCASE WE RECOMMEND YOU CHANGE THIS FILTER EVERY 6-12 MONTHS DEPENDING ON USAGE OR PRESSURE GAUGE INDICATION.

This Pentair‡ Pentek‡ ChlorPlus‡ carbon block cartridge helps reduce sediment while providing greater chloramine performance capacities than a granular carbon cartridge. It also significantly reduces the carbon fines found in many granular cartridges. It utilizes advanced activated carbon technology which allows superior chloramine and chlorine reduction.

• Material: Advanced Bonded Activated Carbon
• Micron: 1
• Performance: Excellent Chloramine - High Sediment
• Length: 9 3/4"
• Diameter: Slim Diameter (2.5")
• End-Cap: DOE - Double Open Ended
• Recommended Flow Rate (lpm): 1.9
• Pressure loss: Only 0.41Bar at 3.8 lpm

189,270L CHLORINE TASTE & ODOR REDUCTION @ FLOW RATE @ 3.8 Lpm* (Chlorine capacity using 2 ppm free available chlorine to 0.5 ppm breakthrough)

Based on manufacturer's internal testing CHLORAMINE REDUCTION @ FLOW RATE (LPM)*
9,463L @ 1.9 Lpm
3,785L @ 3.8 Lpm

*Estimated capacity tested at given flow rate using 2 ppm free available chlorine to 0.5 ppm breakthrough and 3 ppm chloramine to 0.5 ppm breakthrough. Increased flow rates may result in less effective chlorine/chloramine reduction