Hydrogen for Wellness, A Division of Hydrogen Technologies. products

The Hydro-Qube QB-5 is a hydrogen generation system engineered by Hydrogen Technologies, based on Proton Exchange Membrane (PEM) electrolysis technology. This system is designed to split water molecules into hydrogen and oxygen gas, delivering a composition of 66.6% hydrogen and 33.3% oxygen. Key features include a highly efficient electrolysis cell, low electrical power consumption, and a sophisticated design that allows for continuous operation without cooling periods. The device integrates advanced engineering solutions to ensure optimal performance and reliability, making it suitable for various applications requiring consistent hydrogen gas production. Careful material selection, including the use of high-grade stainless steel tanks and food-grade components, ensures durability and contaminant-free operation. Designed for easy maintenance, especially with the ION filter longevity, it only requires distilled water for optimal function. Handcrafted in Australia, the Hydro-Qube QB-5 seamlessly fits into any environment due to its quiet operation and is ideal for both small and large-scale hydrogen gas utilizations.

The Moleculizer M-810 is an advanced electrolysis generator designed to produce Browns Gas, consisting of 66.6% hydrogen and 33.3% oxygen from distilled or demineralized water. This device is established for its robust stainless steel construction with 316L components, offering durability and functionality. It operates within a productivity range of 100ml to 900ml per minute, allowing flexibility in gas output according to user requirements. Its cell operates at temperatures between 35-40°C, ensuring stable and efficient performance. The M-810 incorporates Alkaline technology paired with a large stainless steel tank for minimal maintenance and optimal efficiency. It's engineered for continuous operation and requires only regular water top-offs. Designed and handmade in Australia, the machine integrates seamlessly into varied environments with quiet, high-quality components, making it suitable for various industrial applications. The device is certified for its quality in gas production, positioning itself as a reliable solution for long-term usage.

The Hydro-Qube QB-10 is an advanced hydrogen generation machine from Hydrogen Technologies. Utilizing state-of-the-art PEM electrolysis technology, the QB-10 efficiently splits distilled water into a mixture of 66.6% hydrogen and 33.3% oxygen gases. This model is equipped with a 4.3-inch capacitive touch display, allowing users to manage adjustable flow settings with built-in diagnostics for operational ease. Featuring a large tank capacity, it supports continuous 24/7 operation producing hydrogen gas at a rate of up to 1400ml per minute. The machine integrates seamlessly into any environment due to its quiet operation, made possible by the use of application-specific components. Constructed with high-quality laboratory and food-grade materials, it ensures clean and safe gas production. The system requires only minimal maintenance, with recommendations for using pure distilled water to maintain the integrity of the electrolysis cell.

The Hydro-Qube QB-20 by Hydrogen Technologies is an advanced hydrogen generator designed to produce hydrogen gas through Proton Exchange Membrane (PEM) electrolysis. Featuring a full color 4.3-inch capacitive touch display, this machine facilitates user interaction with adjustable flow settings and built-in diagnostics. It provides a large tank capacity allowing continuous 24/7 operation, producing gas up to 2400 ml per minute. A key component, the ION filter, ensures longevity by safeguarding the device, while demanding pure distilled water with strict TDS and electrical conductivity limits. Constructed with high-quality materials like 316L Grade stainless steel, this unit offers minimal maintenance through a low electrical demand and low operating temperature, while operating quietly due to advanced engineering. It supports various industries by enabling the generation of a 66.6% hydrogen and 33.3% oxygen gas mixture, suited for diverse applications where contaminant-free operation is critical.