Industrial Alkaline Water Machine

electrolysis slightly alkaline water ionizer for bottled water Introduction The machine produce alkali water by direct electric current electrolysis in its Made-in-Japan membrane electrolytic cell. Pure water will be delivered into the electrolytic cell for electrolysis, the positive ion will pass through the membrane while negative ion is blocked and kept in the Cathode room, and mix with the OH- in cathode room, makes the PH raise above 7.5~8.5. Features: 1. In line with

PH13 Commercial Alkaline Water Machine 100L/H Strong Alkaline Introduction "Alkaline ionized water" is a general term for alkaline electrolyzed water produced by electrolysis of water, which is used as drinking water, washing water or sterilizing water. In recent years, its use as washing water has received particular attention. Production methods and properties vary from manufacturer to manufacturer, but the common denominator is that they perform detergency without

3T/h Week Alkaline Water Ionizer for bottling water Principle The core component of the Week Alkaline Water Ionizer is the membrane electrolytic cell, which is furnished with positive and negative electrodes internally. Once tap water enters the electrolytic cell, under the influence of direct current, the water molecules undergo an electrolytic reaction. At the cathode, water molecules acquire electrons to generate hydrogen gas (H₂) and hydroxide ions (OH⁻), causing the

2T/h Week Alkaline Water Ionizer for bottling water Principle The core of the Week Alkaline Water Ionizer is the membrane electrolytic cell, which is equipped with positive and negative electrodes inside. When tap water enters the electrolytic cell, under the action of direct current, the water molecules undergo electrolysis reaction. At the cathode, water molecules gain electrons to generate hydrogen gas (H₂) and hydroxide ions (OH⁻), making the water near the cathode

1T/h Week Alkaline Water ionizer with PH 8-9 Principle When water is electrified, an electrolysis reaction occurs. The reaction formula is : H0-H+0H . The hydrogen radical (H*) and hydroxide radical (OH) produced by the electrolysis reaction undergo reduction and oxidation reactions at the cathode and anode, respectively. The generated oxygen and hydrogen will attach to the anode and cathode, respectively. Since the hydroxide bond(OH-) is easier to generate than the hydrogen