All of our water-based hydrogen production systems utilize a combination of a Proton Exchange Membrane (PEM) and a Solid Polymer Electrolyte (SPE) in electrolysis, enabling the splitting of H2O to yield pure molecular hydrogen at medium to high concentrations.

The efficacy of molecular hydrogen gas persists for roughly 15 to 30 minutes when the water is securely sealed.

When you're prepared to consume more hydrogen-infused water, simply press the power button, and the bottle will activate, releasing additional hydrogen gas for consumption.

We suggest using water at room temperature, cold water, or water with ice. It's important to avoid pouring boiling hot water into your bottle or pitcher, as this could damage the proton exchange membrane (PEM), resulting in warranty voidance.

Our customers have shared that their water exhibits improved taste following its passage through our ionizing water bottle or pitcher, in contrast to its initial state. We are keen to learn about your experience as well!

Hydrogen bottles and tablets offer contrasting solutions for hydrogen consumption. Bottles store high-pressure hydrogen gas, suitable for industrial and transportation needs, but pose safety concerns due to pressurization. Conversely, tablets, typically containing solid or liquid compounds that release hydrogen when dissolved in water, provide a safer, more portable option for applications like fuel cells and portable energy. Each has its advantages, balancing convenience, safety, and efficiency in hydrogen utilization.

Hydrogen water and alkaline water are distinct in their composition and purported benefits. Hydrogen water contains dissolved molecular hydrogen, believed to have antioxidant properties and potential health benefits. Conversely, alkaline water has a higher pH level, claimed to balance acidity levels in the body. While both have their proponents, scientific evidence supporting their benefits remains debated.