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Audited Supplier Product Description:
The hydrogen storage alloy powder can be used to reversibly absorb and release hydrogen at a certain temperature and pressure to achieve safe and efficient solid-state hydrogen storage with no energy consumption and no leakage.
Passed the achievement appraisal of the Nonferrous Metals Industry Association: the overall technology has reached the international advanced level, and some indicators have reached the international leading level.
Product Specifications:
According to the capacity and use, metal hydride hydrogen storage devices are divided into metal hydride hydrogen storage devices for supporting instruments and metal hydride rapid hydrogen storage and hydrogen supply devices.
Metal Hydride Hydrogen Storage Tanks for Instruments
The hydrogen storage density is high, the hydrogen purity is high, the airtightness and safety are good, the volume is small, and it is easy to carry. It is especially suitable as a supporting hydrogen source for portable instruments such as portable fuel cells and gas chromatographs.
According to different use environments, two kinds of tanks, stainless steel and aluminum alloy, have been developed, and two kinds of valves, needle valve and quick-insertion valve, are available.
Metal hydride hydrogen storage device for instruments - needle valve
The metal hydride hydrogen storage device with needle valve is divided into three types: high pressure (G type), medium pressure (Z type) and low pressure (D type) according to the needs of customers for different working pressures. G type metal hydride hydrogen storage device The working pressure range of the device is 0.1-3MPa, and the hydrogen charging pressure does not exceed 3 MPa. The working pressure range of the Z-type metal hydride hydrogen storage device is 0.1-1.5MPa, and the hydrogen charging pressure does not exceed 1.5MPa. The D-type metal hydride hydrogen storage device The working pressure range is 0.1-0.7MPa, and the hydrogen charging pressure does not exceed 0.7 MPa. The hydrogen generator can be used to charge hydrogen. According to customer requirements, the hydrogen outlet of such metal hydride hydrogen storage devices can be equipped with ferrules (as shown in Figure 4), threads and quick-connect interfaces (as shown in Figure 5).
Metal Hydride Hydrogen Storage Device for Instruments - Quick Plug Valve
The switch of the metal hydride hydrogen storage device with the push-in valve is controlled by the connection and disconnection of the push-in valve, as shown in Figure 6. According to the needs of customers for different working pressures, the products are divided into two types: medium pressure (Z type) and low pressure (D type). The working pressure range of Z-type metal hydride hydrogen storage device is 0.1-1.5MPa, and the hydrogen charging pressure does not exceed 1.5MPa, the working pressure range of D-type metal hydride hydrogen storage device is 0.1-0.7MPa, the hydrogen charging pressure does not exceed 0.7MPa, and hydrogen generator can be used to charge hydrogen.
Metal hydride rapid hydrogen storage and hydrogen supply device
It has fast and large-flow hydrogen absorption and desorption properties, and can provide hydrogen sources for various specifications of fuel cells. In addition, it has a wide range of applications in the production of integrated circuits and semiconductors, powder metallurgy, heat treatment, etc. It is an ideal ultra-high-purity hydrogen source.
Scenes to be used:
Portable hydrogen instrument, portable fuel cell power supply
Hydrogen transport
Fuel cell backup power
Fuel cell forklift
Fuel cell car (tourist car, etc.)
Fuel cell cold chain logistics vehicle
Fuel cell two-wheeler
etc...
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Audited Supplier 
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