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Specialised media designed for PFAS (PFOA & PFOS) reduction
Reduces chlorine, taste, and odour
Improves overall chemical quality of mains water
Advanced activated carbon technology with high contact efficiency
High flow capacity suitable for whole-house systems
Designed for 20” Big Atlas Filtri housings
Supports continuous flow for multiple household outlets
Suitable for mono, duo, and trio filtration systems
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Whole-house PFAS reduction systems
Municipal (mains) water treatment
Residential filtration for showers, kitchens, and laundry
Pre- or final-stage chemical filtration in multi-stage systems
Medium to high-flow household water systems
Atlas Filtri 20” Big mono, duo, and trio setups
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Product: Atlas Filtri PFAS ARMOR Cartridge
Part Number: 811901
Size: 20” Big
Micron Rating: ~1 micron
Flow Rate: ~30 L/min
Capacity: ~113,400 litres
Temperature Range: 4°C – 45°C
Media: Proprietary activated carbon-based filtration media
Function: PFAS, chlorine, taste, and odour reduction
Compatibility: 20” Big Atlas Filtri housings (mono/duo/trio systems)
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Replace approximately every 6–12 months, depending on:
Water quality and PFAS load
Sediment levels (pre-filtration quality)
Household water usage
Replace sooner if:
Flow rate drops noticeably
Water quality or taste changes
System pressure decreases
This cartridge is designed to function as part of a multi-stage filtration system, not as a standalone solution.
Best configuration:
Stage 1: Sediment filtration (to protect carbon media)
Stage 2: PFAS ARMOR cartridge (chemical + PFAS reduction)
Stage 3 (optional): Additional polishing or specialised media
It performs best when upstream sediment is removed to prevent premature clogging and maximise lifespan.
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20” Big/Large housings
This cartridge is designed to function as part of a multi-stage filtration system, not as a standalone solution.
Best configuration:
Stage 1: Sediment filtration (to protect carbon media)
Stage 2: PFAS ARMOR cartridge (chemical + PFAS reduction)
Stage 3 (optional): Additional polishing or specialised media
It performs best when upstream sediment is removed to prevent premature clogging and maximise lifespan.