A hydrogen-rich water cup with advanced electrolysis technology that infuses drinking water with hydrogen molecules for enhanced hydration. This 300ml borosilicate glass cup features a durable silver design and uses a titanium platinum electrode with ionic membrane to generate 0.8-1.2ppm hydrogen concentration.
- High-Quality Materials: Premium borosilicate glass construction resists thermal shock and maintains durability through daily use
- Hydrogen Infusion Technology: Titanium platinum electrodes with ionic membrane electrolytic process for consistent hydrogen generation
- Convenient Charging: USB-powered with 5V rated voltage and 2-hour full charge time for portable use
- Optimal Capacity: 300ml size fits comfortably in cup holders and bags while providing adequate drinking volume
- Safe Temperature Range: Operates efficiently between 0-45°C with low 4W maximum power consumption
Includes water cup, USB data cable, and instruction manual. Perfect for those seeking an alternative hydration method with portable convenience and reliable performance.
Description
A hydrogen-rich water cup with advanced electrolysis technology that infuses drinking water with hydrogen molecules for enhanced hydration. This 300ml borosilicate glass cup features a durable silver design and uses a titanium platinum electrode with ionic membrane to generate 0.8-1.2ppm hydrogen concentration.
- High-Quality Materials: Premium borosilicate glass construction resists thermal shock and maintains durability through daily use
- Hydrogen Infusion Technology: Titanium platinum electrodes with ionic membrane electrolytic process for consistent hydrogen generation
- Convenient Charging: USB-powered with 5V rated voltage and 2-hour full charge time for portable use
- Optimal Capacity: 300ml size fits comfortably in cup holders and bags while providing adequate drinking volume
- Safe Temperature Range: Operates efficiently between 0-45°C with low 4W maximum power consumption
Includes water cup, USB data cable, and instruction manual. Perfect for those seeking an alternative hydration method with portable convenience and reliable performance.