Description

Hydrogen Generator GGH301

High Purity Hydrogen can be Produced
by Turning On The Power
GGH301 ( Alkaline)
Automatic Display Pressure
High Electrolysis Efficiency
Stable Output Pressure
Digital Display Of Gas Flow Rate.

Brand: Labman

The Labman Hydrogen Generator GGH301 is a high-efficiency, advanced gas generation system engineered to provide high-purity hydrogen gas on-demand for a wide range of laboratory and analytical applications. Designed using alkaline electrolysis technology, this model offers a cost-effective, safe, and reliable alternative to traditional hydrogen cylinders. With its intelligent display features, high electrolysis efficiency, and stable gas output, the GGH301 is ideal for laboratories aiming for operational independence and analytical accuracy.

At the heart of the GGH301 is its alkaline-based water electrolysis system, which produces ultra-high purity hydrogen gas by simply switching on the unit. This in-situ generation method eliminates the need for storage, handling, and transportation of bulky hydrogen cylinders—enhancing laboratory safety, reducing operational costs, and minimizing downtime due to supply interruptions.

One of the standout features of the GGH301 is its automatic pressure display, which allows real-time monitoring of the internal system pressure. This not only ensures operational safety but also helps users verify consistent performance. The system maintains a stable output pressure, critical for analytical applications like gas chromatography (GC), fuel cell research, surface science, and various industrial processes that demand a precise and uninterrupted hydrogen supply.

The generator is equipped with a digital display for gas flow rate, enabling users to visually track and adjust the flow according to application needs. This user-friendly feature ensures precise control over gas delivery, which is vital in analytical techniques where the quality and consistency of carrier gases directly influence the outcome.

Another key advantage of the GGH301 is its high electrolysis efficiency. The electrolytic cell is designed to produce hydrogen with minimal energy consumption, making it an environmentally friendly and cost-saving solution over the long term. This also results in faster start-up times and higher productivity, as the unit can begin producing hydrogen within minutes of being powered on.

With a compact footprint and ergonomic design, the GGH301 is well-suited for bench-top installation, maximizing space utilization in crowded laboratory environments. The system’s intuitive controls and minimal maintenance requirements make it ideal for both routine users and research professionals. It is particularly useful in laboratories running continuous or semi-continuous operations, as it can supply a steady stream of hydrogen over extended periods.

Safety is a central focus in the GGH301’s design. By generating hydrogen only as needed and avoiding high-pressure storage, the system mitigates many of the common risks associated with gas cylinders. The automatic shutdown features, pressure release mechanisms, and built-in sensors further ensure user protection and system integrity.

The GGH301 also supports GLP (Good Laboratory Practice) compliance, offering traceability and consistency for regulated environments. Its consistent flow and high purity make it compatible with sensitive instruments and applications where gas quality can directly affect data accuracy and reproducibility.

Beyond analytical labs, the GGH301 finds applications in semiconductor manufacturing, medical research, environmental testing, and academic laboratories, wherever precise and clean hydrogen supply is essential. Its adaptability across different scales of operations—from small R&D setups to large analytical facilities—makes it a versatile and valuable investment.

To sum up, the Labman Hydrogen Generator GGH301 represents the future of laboratory hydrogen supply: safe, economical, user-friendly, and efficient. It combines modern digital interface features with robust engineering to deliver reliable, high-purity hydrogen, eliminating the dependency on traditional supply chains. For laboratories seeking to upgrade to an on-demand hydrogen generation system with assured performance and minimal operational hassle, the GGH301 is a highly recommended solution.