About This

• **Advanced Hydrogen Water Bottle Generator**: Utilizing cutting-edge SPE and PEM technology, this innovative device infuses water with molecular hydrogen in just 3 minutes of electrolysis, yielding concentrations of up to 1600 ppb hydrogen.
• **Ultimate Water Quality Enhancement**: As the best hydrogen water bottle on the market, this device filters impurities while generating alkaline ionized water, giving you oxygen-rich and filtered hydration that tastes great and supports your health in minutes.
• **Portable Alkaline Water Machine**: Designed for travel convenience, this compact filtering water bottle providing top-tier hydration whether you are in the office or on the move.
• **Sleek and Modern Design**: The hydrogen water maker bottle features a sleek design with a soft EVE pad for stability. Its USB functionality allows on-the-go creation of hydrogen-rich water, ideal for office, workouts, and travel. With a 420ml capacity, it meets hydration needs effectively.
• **Healthy Gift Choice**: Consistent consumption of hydrogen-rich water offers benefits such as metabolism enhancement, muscle soreness relief, improved sleep, and overall health protection for your loved ones. With elegant packaging, this hydrogen water machine presents an ideal gift selection!
• **Simple Operation**: Fill the bottle to about 80% capacity with water, then press the power button. It will run for approximately 3 minutes, and once the process is complete, your water will be ready.

Overview

• Brand : Elixure
• Special Feature : Portable, Sleek Deisgn
• Product Dimensions : 2.75"L x 2.75"W x 8.66"H
• Package Information : Bottle
• Power Source : Battery Powered
• Item Weight : 1.04 Pounds
• UPC : 198168722251
• Manufacturer : Elixure
• Material Glass : Capacity 420 Milliliters
• : Material Glass
• : Capacity 420 Milliliters
• Included Components Hydrogen Generator, Instruction manual, Box, USB. : Purification Method Electrolysis
• : Included Components Hydrogen Generator, Instruction manual, Box, USB.
• : Purification Method Electrolysis