Tel:0086-159 8667 6306
Email:sales@alkavoda.com
Email:sales@alkavoda.com

Our Hydrogen Water Bath Machine uses advanced electrolysis technology to generate high-purity hydrogen by separating water molecules. Designed for efficiency and ease of use, it infuses your bath with hydrogen-enriched water to elevate your relaxation and self-care routine. Built with advanced SPE and PEM technology, the machine produces hydrogen efficiently while maintaining reliable, automated performance. Integrated safety systems monitor water levels, temperature, and power usage to help ensure safe operation. Premium Hydrogen Generator – Advanced SPE & PEM membrane technology delivers efficient hydrogen production. Portable Design – Built-in handle and locking wheels allow for easy movement and placement. 6" Touchscreen Display – Intuitive controls provide real-time feedback on settings, water levels, and maintenance reminders. Quiet Operation – Engineered for smooth, low-noise performance so you can relax without interruption. HOW IT WORKS? The Hydrogen Spa Bath Machine operates by electrolyzing high-resistivity water (> 2 MΩ·cm) to produce hydrogen and oxygen. 1. Water is added to the anode compartment of the electrolysis tank. Once powered on, the machine decomposes water molecules into hydrogen ions (H+) and hydroxide ions (OH-): Product Specifications Output: 7500 ml/min Size: 30*41*50 cm Package size: 52X33X65 cm Hydrogen Purity: 99.99% Power: <480 W Hydrogen PPM: Up to 3 ppm Hydrogen Cycle Time: 15, 30, or 45 min. cycles Tank Volume: 1.5 L Reaction Water Consumption: +/- 70ml Water quality Demand: TDS <30 6" touch screen display Material: Everything that comes in contact with water is stainless steel or brass (no concern with rusting) Filter is made of Stainless Steel Mesh and does not need to be replaced, just cleaned. Package: Hydrogen Water Bath Machine*1pc Instructions*1 Power Cord*1 Inlet Hose*1 Outlet Hose*1
2. The hydrogen gas, containing trace amounts of water, passes through the gas-water separator to remove excess water before exiting through the hydrogen outlet.



