Capacity – 50 Nl
Delivery pressure – 10 to 2 bar (at 25 °C)
Nominal flow – 0.8 L/min (defined thermal conditions)
Charging pressure – 10 bar minimum for nominal capacity. Up to 17 bar with the standard quick coupling.
Cycle capability – > 1,000 full cycles
Required inlet hydrogen quality – ≥ 99.999 vol%
Weight – 680 g
Key specifications
GSH50C
Full technical specifications, drawings, and operating envelopes are available in the product PDF.
The 50 Nl model is the standard product configuration. Other configurations may be available on request.
Laboratory gas chromatography, fuel cell testing, and analytical instruments
Field deployment where portability and low-pressure handling are essential
Indoor environments where high-pressure cylinders are restricted or impractical
Small-scale electrolyser integration for hydrogen buffering
Where it fits best
Metal hydride canister
50 Nl compact metal hydride canister for low-pressure hydrogen storage. A lower-pressure, space-efficient alternative to small high-pressure cylinders for laboratory and field instrumentation.
FAQ
Required inlet hydrogen quality: ≥ 99.999 vol%. Allowable contaminants are defined in the technical specification.
Yes. The canister can be transported in its charged state, subject to applicable transport regulations and approved handling procedures.
Hydrogen desorption is an endothermic process, so the delivery rate is influenced by thermal conditions. Ambient heat can contribute to hydrogen release, while external heating can be used to increase the desorption rate when higher flow is required. In many laboratory applications, ambient room temperature is sufficient.
