Crystal Quest SMART Filter Cartridge (4-5/8” x 20” - SMART Plus)
Part Number: CQE-RC-04030
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Overview
The Crystal Quest SMART Filter Cartridge (4-5/8” x 20”) utilizes advanced multi-stage filtration technology to deliver clean, high-quality water by reducing a wide range of contaminants.
Engineered with a combination of filtration media, including granular activated carbon, catalytic carbon, ion exchange resin, and Eagle Redox Alloy®, this cartridge provides effective removal of chlorine, heavy metals, organic compounds, and other impurities. Its integrated multi-layer design enables comprehensive filtration within a single cartridge, making it ideal for use in reverse osmosis pre-filtration systems.
Key Features
Multi-stage filtration technology in a single cartridge
Coconut shell granular activated carbon and catalytic carbon media
Ion exchange resin for enhanced contaminant reduction
Eagle Redox Alloy® 6500 and 9500 for advanced purification
Reduces chlorine, heavy metals, VOCs, and odors
Improves overall water quality and protects downstream components
Designed for reliable and consistent filtration performance
Dimensions
4-5/8” x 20”
Compatibility
Compatible with Crystal Quest reverse osmosis systems using 4-5/8” x 20” filter housings, including:
Construction Materials
Filter Media: Acid-washed coconut shell granular activated carbon
Filtration Media Additives: Eagle Redox Alloy® 6500 & 9500
End Caps: Polypropylene with Buna-N gaskets
Inner/Outer Wraps: Polyolefin
Netting: Polyethylene
Operating Conditions
Temperature Range: 40°F to 145°F (4.4°C to 62.8°C)
Replacement Guidance
Replacement frequency depends on water quality and system usage
Regular replacement ensures optimal filtration performance and protects reverse osmosis membranes.
Application
Used as a pre-filtration component in reverse osmosis systems to reduce chlorine, heavy metals, organic compounds, and other impurities from incoming water.
This cartridge enhances overall water quality while protecting downstream filtration stages, particularly reverse osmosis membranes, improving system efficiency and longevity.
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