Avtoit | Water bottle for hydrogen generation

FEATURES

• Borosilicate glass, a safe material for use.
• Advanced platinum-titanium technology enables a steady connection between hydrogen and water, providing benefits such as high hydrogen concentration and remarkable stability.
• Sensitive touch buttons. The capacitive touch control is responsive, operating with just 3 minutes of electrolysis. Individual buttons simplify usage with a single button operation.
• High-capacity lithium battery featuring a universal USB connection for quick and convenient charging.
• Innovative split design. The borosilicate glass body and base are designed separately, allowing for easy detachment and immersion in water for cleaning, helping to regulate water temperature and making drinking easier.
• Perfect for use in the office, home, while traveling, in the car, or at school.
• Versatile charging options: car charger, portable power bank, and home power supply.
• Built-in sealing ring effectively eliminates leaks. The cup has a non-slip bottom. The drinking rim is designed for a smooth experience.

SPECIFICATIONS

• Material: Stainless steel + borosilicate glass
• Two functions: Mineral water bottle / traditional drinking cup
• Charging time: 2-3 hours
• Operating time: 3 minutes
• Capacity: 420ML
• Dimensions: 7*20.5 cm
• Usage cycles (fully charged): 15-20 times
• Rated voltage: 220V
• Suitable water temperature: 20-60℃ room temperature

IMPORTANT NOTES

Avoid placing the cup near flames, heat sources, or other high temperatures to prevent damage.

The glass is delicate; please prevent shocks or falls onto hard surfaces.

Do not pour corrosive liquids into the cup. Avoid direct use with tea to prevent contamination.

Keep it out of children's reach and do not allow them to handle it unsupervised.

Do not submerge the base or AC adapter in water; avoid adding water inside the device.

Be aware of slight measurement variations due to manual measuring techniques.

The actual color of the product may differ slightly from what's depicted in the images due to variations in screen displays and lighting conditions.