Hydrogen generators have a wide range of applications in laboratories and industrial fields. The following are some common application areas:

1. Laboratory research: Hydrogen generators are widely used in various research work in the laboratory. It can be used to provide hydrogen gas as a gas carrier, reducing agent, or reactant for experimental processes such as chemical synthesis, catalytic reactions, and hydrogen atmosphere control.

2. Gas chromatography (GC) analysis: Hydrogen is a commonly used carrier gas in gas chromatographs, used to separate samples and transfer them to the detector. The hydrogen generator can provide high-purity hydrogen gas, ensuring the accuracy and reliability of chromatographic analysis.

3. Gas chromatography-mass spectrometry (GC-MS) analysis: In gas chromatography-mass spectrometry, a hydrogen generator can be used to provide ionized gas for the mass spectrometer. By producing high-purity hydrogen gas, efficient ionization of the sample can be achieved, improving the sensitivity and resolution of mass spectrometry analysis.

4. Research on hydrogen fuel cells: Hydrogen generators are essential equipment in the research of hydrogen fuel cells. It can provide high-purity hydrogen gas as fuel for fuel cells to generate electricity. Hydrogen fuel cells are widely used in the fields of renewable energy, electric transportation, and sustainable energy.

5. Metal heat treatment: During the metal heat treatment process, a hydrogen generator can be used to provide a high-purity hydrogen atmosphere. By heating the metal sample in a hydrogen atmosphere, the physical and chemical properties of the metal, such as hardness, strength, and corrosion resistance, can be improved.

6. Hydrogen laboratory: Some laboratories or research institutions specialize in hydrogen related experiments and research, such as hydrogen energy research, hydrogen storage technology, hydrogen safety assessment, etc. Hydrogen generators can be used to provide the high purity hydrogen gas required for these laboratories.

7. Hydrogen welding and cutting: Hydrogen, as a high calorific value fuel, can be used for combustion during metal welding and cutting processes. The hydrogen generator can provide a stable hydrogen supply for hydrogen welding and cutting operations, especially suitable for applications that require high temperature and high energy.

8. Hydrogen aerosol spray: hydrogen generator can be used in combination with solution spray system to generate hydrogen aerosol. This type of aerosol can be used in fields such as particle coating, fine coating, and nanomaterial preparation, and has broad application prospects.

9. Hydrogen storage and transportation: Due to its high energy density and clean and environmentally friendly properties, hydrogen is widely used as a fuel and energy storage medium. Hydrogen generators can be used to produce high-purity hydrogen gas to meet the needs of hydrogen storage and transportation, such as charging hydrogen storage tanks and refueling hydrogen fuel cell vehicles.

10. Laboratory hydrogen supply: In the laboratory, a hydrogen generator can provide stable and reliable hydrogen supply for various experiments. They can be used for hydrogen demand in experimental processes such as synthetic chemistry, catalytic research, hydrogen atmosphere control, and environmental science.

Hydrogen generators are widely used in hydrogen energy, laboratory research, metal processing, welding and cutting, aerosol spray, hydrogen storage and transportation and other fields. Its high purity hydrogen supply, stability, and controllability make it an indispensable key equipment in many fields.