Electrolytic Water Hydrogen Production Tester
Electrolytic Water Hydrogen Production Tester
Electrolytic Water Hydrogen Production Tester
Electrolytic Water Hydrogen Production Tester
+
  • Electrolytic Water Hydrogen Production Tester
  • Electrolytic Water Hydrogen Production Tester
  • Electrolytic Water Hydrogen Production Tester
  • Electrolytic Water Hydrogen Production Tester

Electrolytic Water Hydrogen Production Tester


Leveraging years of experience accumulated from continuous testing demands, Future Hydrogen has launched an AEM electrolyzer test bench for AEM water electrolysis hydrogen production equipment. It features a power range from 100 W to 1800 W and integrates multiple functions including polarization curve testing, stability testing, hydrogen-in-oxygen and oxygen-in-hydrogen detection. With precise control over temperature and electrolyte flow rate, it meets the requirements of hydrogen energy R&D and industrial testing, delivering high efficiency, high accuracy, safety and reliability.
As a precision measuring instrument for researchers, the test bench enables comprehensive and rapid acquisition of material performance indicators and efficient material screening, while providing valid data support for system operation strategies. It will not only accelerate the R&D progress of AEM electrolyzer technology, but also lay a solid technical foundation for high-efficiency and low-cost green hydrogen production.

Product Features

Precise temperature control: 0–100 °C

 

‌Flow rate control: 0–300 mL/min

 

‌Gas detection accuracy: 10 ppm

 

‌Back pressure control: 0–16 MPa

 

 

Product Features

Temperature control range0 ~100 ℃
Temperature control accuracy±0.1 ℃
Flow rate range0 ~ 300 mL/min
Detection accuracy for H₂-in-O₂ / O₂-in-H₂ testMinimum 10 ppm
Back pressure controlRange 0–16 MPa; Accuracy ±0.1 MPa
DC Power Supply ParametersPower range:0-1800W
Current range:0-60A
Voltage range:0-30V
Electrolyzer ParametersThe entire stack is made of 316L stainless steel with serpentine flow channels. Pre-drilled holes for heating rods enable direct and precise heating of the stack.

 

Electrolytic Water Hydrogen Production Tester
Electrolytic Water Hydrogen Production Tester
Electrolytic Water Hydrogen Production Tester
Electrolytic Water Hydrogen Production Tester
+
  • Electrolytic Water Hydrogen Production Tester
  • Electrolytic Water Hydrogen Production Tester
  • Electrolytic Water Hydrogen Production Tester
  • Electrolytic Water Hydrogen Production Tester

Electrolytic Water Hydrogen Production Tester


Leveraging years of experience accumulated from continuous testing demands, Future Hydrogen has launched an AEM electrolyzer test bench for AEM water electrolysis hydrogen production equipment. It features a power range from 100 W to 1800 W and integrates multiple functions including polarization curve testing, stability testing, hydrogen-in-oxygen and oxygen-in-hydrogen detection. With precise control over temperature and electrolyte flow rate, it meets the requirements of hydrogen energy R&D and industrial testing, delivering high efficiency, high accuracy, safety and reliability.
As a precision measuring instrument for researchers, the test bench enables comprehensive and rapid acquisition of material performance indicators and efficient material screening, while providing valid data support for system operation strategies. It will not only accelerate the R&D progress of AEM electrolyzer technology, but also lay a solid technical foundation for high-efficiency and low-cost green hydrogen production.

Product Features

Precise temperature control: 0–100 °C

 

‌Flow rate control: 0–300 mL/min

 

‌Gas detection accuracy: 10 ppm

 

‌Back pressure control: 0–16 MPa

 

 

Product Features

Temperature control range0 ~100 ℃
Temperature control accuracy±0.1 ℃
Flow rate range0 ~ 300 mL/min
Detection accuracy for H₂-in-O₂ / O₂-in-H₂ testMinimum 10 ppm
Back pressure controlRange 0–16 MPa; Accuracy ±0.1 MPa
DC Power Supply ParametersPower range:0-1800W
Current range:0-60A
Voltage range:0-30V
Electrolyzer ParametersThe entire stack is made of 316L stainless steel with serpentine flow channels. Pre-drilled holes for heating rods enable direct and precise heating of the stack.

 

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