The spiral pathway guides water along a longer route through the carbon media, helping reduce direct bypass and distribute flow across more of the carbon. This can improve effective water–carbon contact and media use. Actual contact time depends on cartridge volume, porosity, and flow rate.
The spiral pathway is designed to guide water more evenly through the carbon media, helping limit preferential flow paths and reduce channeling. Actual performance depends on cartridge design, carbon packing, flow rate, and operating conditions.
The spiral pathway is designed to distribute water more evenly through the carbon bed, helping reduce bypass and make better use of the available carbon media. Actual media utilization depends on flow rate, carbon packing, and operating conditions.
The CARBO-A1 helps reduce free chlorine and selected organic compounds before water reaches the RO membrane. Its spiral design guides water through the carbon media to support more even flow and contact, helping limit bypass. Performance depends on water quality, flow rate, carbon condition, and timely cartridge replacement.
Watch our demo video to see how the innovative Spiral Carbon Filter creates a uniform spiral water flow, improving contact with activated carbon and reducing channeling and dead zones. This IIT Madras patented and licensed technology delivers efficient filtration for cleaner, fresher, and better-tasting water.
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