DD-Scientific manufacture a range of electrochemical gas sensors for monitoring Hydrogen (H2).
  • Our range of H2 sensors includes those which detect from 0-1000 ppm, 0-5000ppm and 0-50000ppm, satisfying a broad range of applications.

  • We manufacture H2 sensors in the industry standard 4-series format as well as the 7 series, commonly used in fixed applications.

  • Key benefits of DDS H2 sensors include fast response, low CO cross-sensitivity, high stability and extended range making them effective in applications ranging from process control to early detection of battery fires. 

  • With the ability to meet high-volume requirements whilst delivering consistent high-quality, DDS are the first choice provider of H2 sensors for a many of the worlds leading OEMs.

⚠️  Learn more about the dangers of Hydrogen (H2).
🔍 Use the filters below to select your preferred sensor.
Hydrogen (H2)
By Target Gas
0 selected Reset
By Package
0 selected Reset
Application
0 selected Reset
Specification
0 selected Reset
Measurement Range
0 selected Reset
Bias
0 selected Reset
Pins
0 selected Reset

Showing 7 of 7 products

Filter

Filter

7 Results

By Target Gas
By Package
Application
Specification
Measurement Range
Bias
Pins
Showing 7 of 7 products

What are the potential hazards of Hydrogen (H2)?

Hydrogen (H2) is a colourless gas with no detectable odour, it is highly flammable which poses a number of safety hazards.

Key gas hazards associated with Hydrogen (H2) include:

Hydrogen is highly combustible and can ignite easily in the presence of oxygen or other oxidizing agents. Its flame is nearly invisible, making it challenging to detect and control fires.

Hydrogen forms explosive mixtures with air when its concentration is within a specific range (4%-75%). Accidental releases of hydrogen in confined or poorly ventilated spaces can lead to explosions.

Hydrogen displaces oxygen in confined spaces, leading to oxygen-deficient atmospheres. Prolonged exposure to low oxygen levels can cause asphyxiation and respiratory issues.

Hydrogen embrittlement can occur in metals, weakening structural integrity and increasing the risk of mechanical failures. Understanding these hazards associated with hydrogen is essential for implementing proper safety measures, such as ventilation, leak detection, and explosion-proof equipment, to mitigate risks and ensure a safe working environment.

Mitigate risk with DD-Scientific

Understanding the hazards associated with H2 is essential for the implementation of effective safety measures. 

Mitigation of H2 related risks relies upon fast, precise and reliable detection, features DDS sensors are guaranteed to deliver.

If you can't find the sensor type you are looking for or need help with sensor selection don't hesitate to get in touch.