About This

• Efficient Hydrogen Production: Our product utilizes cutting-edge technology, achieving a hydrogen concentration of 2000PPB in just 5 minutes, and surpassing 3000PPB within 10 minutes. This high-efficiency hydrogen production capability ensures a rapid and convenient hydrogen supply to meet your needs in various scenarios
• Long-lasting Power: With a powerful 1800mAh battery, our product is designed for optimal performance, allowing approximately 30 uses on a single charge. This means you can enjoy the product's benefits for an extended period without the need for frequent recharging, catering to your on-the-go requirements.
• 【Very important】: before the hydrogen generator is used, clean it with clean water twice, open the hydrogen mechanism twice and pour it away before use. Do not pour juice, coffee and other substances into the water cup, only allow to pour pure water, mineral water, tap water, etc.; Detachable components can be easily cleaned and disinfected
• New Ion Membrane Technology: Employing advanced SPE and PEM techniques, it achieves the separation of hydrogen and oxygen. In contrast to conventional methods, "it does not generate any peculiar odors" and effortlessly transforms ordinary drinking water into weak alkaline water rich in hydrogen ions.
• Adding 2 usage modes: For on-the-go convenience, the hydrogen production base can be carried separately and connected to an external drinking water bottle. It comes equipped with a hydrogen connection pipeline, allowing users to customize usage according to their needs.

Overview

• Brand : Sgvet
• Special Feature : Portable
• Product Dimensions : 2.8"L x 2.8"W x 7.2"H
• Package Information : Bottle
• Power Source : Battery Powered
• Model Name : Hydrogen Water Generator
• Manufacturer : Fujian Experiential Technology Co., LTD
• Material Plastic : Capacity 380 Milliliters
• : Material Plastic
• : Capacity 380 Milliliters
• Included Components MACHINE : Purification Method electrolysis of hydrogen
• : Included Components MACHINE
• : Purification Method electrolysis of hydrogen