Fit Aqua Inline Water Structuralising Filter - 1/4" Push Fit

Experience water in its most natural form with Fit Aqua's innovative Water Structuralising Cartridge, specifically engineered to enhance the molecular structure of filtered water. This specialized filter cartridge works to restore water to its natural hexagonal structure, optimizing its ability to hydrate and transport nutrients effectively.

Advanced Technology: The AC-IL-STR cartridge employs sophisticated water revitalization technology to reorganize water molecules into their natural hexagonal formation. This restructuring process helps optimize water's natural properties and enhances its ability to transport oxygen and minerals at the cellular level.

Technical Specifications:

• Dimensions: 254mm x 52mm
• Flow Rate: 250 liters/24 hours
• Operating Temperature: 2-42°C
• Service Life: 12 months
• Installation Position: Post RO membrane
• Connection: Quick-connect fittings included

Package Includes:

• AC-IL-STR Structuralising cartridge
• 2 Quick-connect fittings
• Blue security clips
• Installation guide

Key Benefits:

• Restores water's natural molecular structure
• Enhances oxygen and mineral transport
• Improves cellular hydration
• Compatible with major RO systems
• Easy DIY installation
• Long 12-month service life

System Compatibility: Designed to work seamlessly with most reverse osmosis systems including FITAQUA, AQUAFILTER, H2OO, USTM, SUPREME, GREENFILTER, TOPFILTER, and WATERCELL.

Installation & Maintenance: The cartridge is designed for simple installation after the RO membrane. Its user-friendly quick-connect fittings make replacement straightforward, while the 12-month service interval ensures minimal maintenance requirements.

The Fit Aqua Water Structuralising Cartridge represents an advanced approach to water enhancement, offering a natural solution for those seeking optimal water properties for better hydration and cellular nutrition.

[Note: The claimed benefits of water structuring technology are based on manufacturer statements and should be evaluated independently.]