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Osmio H2Xagen Hydrogen Water Bottle 210ml - Black

Welcome to Osmio's Newest Hydrogen Water Bottle, the Osmio H2Xagen, capable of producing up to 5.0mg/l of H2 because of the new Nanobubbling technology design and pressure-holding capability. The new bottle comes with some key improvements, especially around the battery overcharging management, a great step forward to making sure the battery lasts as long as possible. Buy this hydrogen product with confidence knowing Osmio provides all the backup for repairs and spare parts, meaning you can enjoy every day with hydrogen-rich water. The bottle is available in other colors too! Which is your favorite?Body Material: Food Grade Polycarbonate (PC) Working Cycle Time: 5 mins (single cycle) or 10 mins (double-cycle) Battery Type: Lithium Polymer Battery Voltage Inputs: 5V==-1A Electrodes: Platinium Titanium Interlayer: Proton Exchange Membrane (PEM) Capacity: 210ml Bottle Dimension: 65mm Width, 200mm Height SKU: O2459-GOLD EAN-13: 9508945692867Battery management:A charge cycle begins when a battery is connected to the charger output with the VDD pin voltage rising above the UVLO threshold voltage and a 1% resistor connected between the PROG pin and ground. If the BAT pin voltage is lower than VTRKL, the charger enters a trickle charge mode. In this mode, WB6058B provides about 1/10 of the set charging current to increase the battery voltage to a safe voltage to achieve full current charging. When the BAT pin voltage rises above VTRKL, the charger enters constant current mode, providing a constant charging current to the battery. When the BAT pin voltage reaches the final float voltage VFLOAT, WB6058B enters constant voltage mode and the charging current begins to decrease. When the charging current drops to 1/10 of the set value, the charging cycle ends.Charging automatic restart: Once the charge cycle is terminated, the WB6058B uses a comparator with a 1.8ms filter time (TECHARGE) to continuously monitor the voltage on the BAT pin. When the battery voltage drops below 4.05V (roughly corresponding to 80% to 90% of battery capacity), the charging cycle begins again. This ensures that the battery is maintained at (or close to) a full state of charge and eliminates the need for periodic charge cycle initiation.