Filter 1 - Active Ceramics
This filter contains a unique patented active ceramics blend, using 4 different active ceramics which comprehensively treat the water targeting heavy metals, and harmful minerals. The cartridge can easily be recycled with an Eco-Advantage at the end of the life , the ceramics can be used in garden pots for drainage to improve the health of plants , although the media performance may have depleted there is still enough residual performance to encourage healthy plant growth. The plastic housing can be put through your normal recycling waste.
Performance (Guide) (In Conjunction with the Carbon Filters)
Filter 2 - 5 Micron Carbon Sediment/Contaminant reduction
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Material: Activated Coconut Carbon Bonded Antimicrobial Fibres
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Micron: 5
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Performance: Excellent Chlorine - High Sediment
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Length: 9 3/4"
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Diameter: Slim Diameter (2.5")
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End-Cap: DOE - Double Open Ended
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Flow Rate (lpm): 3.8
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Pressure loss: Only 0.14Bar at 3.8 lpm
52,500L Chlorine Reduction @ 2mg/L (Chlorine capacity using 2mg/l free available chlorine at 0.5mg/l breakthrough)
Filter 3 - 1 Micron Carbon Chloramine Reduction
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.
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Material: Advanced Bonded Activated Carbon
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Micron: 1
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Performance: Excellent Chloramine - High Sediment
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Length: 9 3/4"
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Diameter: Slim Diameter (2.5")
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End-Cap: DOE - Double Open Ended
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Recommended Flow Rate (lpm): 1.9
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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)*
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9,463L @ 1.9 Lpm
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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