Electrolytic hydrogen production from water is a convenient method for obtaining hydrogen gas. By passing a direct current through an electrolyte-filled electrolysis cell, water molecules undergo electrochemical reactions on the electrodes, resulting in the decomposition of water into hydrogen gas
READ MOREWater element water cup also known as hydrogen rich water cup, water element generator, and small hydrogen generator. It is a functional water cup that obtains hydrogen gas through electrolysis technology. Due to its characteristics of health preservation and portability, its market usage is consta
READ MOREUnder normal circumstances, the types of electrolyzed water are divided according to the pH value. According to the different pH values, we can divide the electrolyzed water into strong acid electrolyzed water (also known as acidic electrolyzed water), weak acid electrolyzed water, slightly acid ele
READ MORE1, Water requirements: municipal pipe network tap waterA, Conductivity <80-120us/cm;B, Hardness ≤5 mg/L;C, Water pressure 0.1-0.2mpa;D, Water intake: 180L/H2. Technical parametersA, Voltage
Electrolytic hydrogen production from water is a convenient method for obtaining hydrogen gas. By passing a direct current through an electrolyte-filled electrolysis cell, water molecules undergo electrochemical reactions on the electrodes, resulting in the decomposition of water into hydrogen gas
READ MOREWater element water cup also known as hydrogen rich water cup, water element generator, and small hydrogen generator. It is a functional water cup that obtains hydrogen gas through electrolysis technology. Due to its characteristics of health preservation and portability, its market usage is consta
READ MOREUnder normal circumstances, the types of electrolyzed water are divided according to the pH value. According to the different pH values, we can divide the electrolyzed water into strong acid electrolyzed water (also known as acidic electrolyzed water), weak acid electrolyzed water, slightly acid ele
READ MORE1, Water requirements: municipal pipe network tap waterA, Conductivity <80-120us/cm;B, Hardness ≤5 mg/L;C, Water pressure 0.1-0.2mpa;D, Water intake: 180L/H2. Technical parametersA, Voltage
