Ionic Liquid-Based Gas Sensors: A Breakthrough in Toxic Gas Detection

Sensorix GmbH, a leading German manufacturer of electrochemical gas sensors, has expanded its OEM portfolio with innovative ionic liquid (IL)-based sensor technology. This new approach significantly improves gas detection performance and sensor durability, setting a new standard in toxic gas monitoring.

What Makes IL-Based Sensors Stand Out?

Ionic liquids—organic salts with high chemical and thermal stability—offer key advantages over traditional electrolytes. Their extremely low vapor pressure prevents evaporation, extending the sensor’s lifespan and ensuring consistent accuracy in challenging environments.

Key Benefits:

• Robust Performance: Reliable detection even in harsh conditions like exhaust or ventilation systems.
• Longer Lifespan: IL sensors typically last over two years, reducing maintenance costs and downtime.
• High Selectivity & Precision: Ideal for detecting low concentrations of highly toxic gases.
• Custom Support: Sensorix provides expert guidance on custom configurations and system integration.

Available IL-Based Sensors:

• Sensorix Ozone (O₃) LT1: 0–3 ppm
• Sensorix Arsine (AsH₃) LT: 0–1 ppm
• Sensorix Diborane (B₂H₆) LT: 0–1 ppm
• Sensorix Germane (GeH₄) LT: 0–1 ppm
• Sensorix Hydrogen Selenide (SeH₂) LT: 0–5 ppm
• Sensorix Phosphine (PH₃) LT: 0–1 ppm
• Sensorix Silane (SiH₄) LT: 0–50 ppm

With a stable baseline and fast T90 response times, Sensorix IL-based sensors are ideal for OEMs requiring high reliability, low maintenance, and precise gas monitoring. As industries continue to prioritize safety and sustainability, Sensorix’s innovation in ionic liquid gas sensors positions the company at the forefront of modern gas detection technology.

For more information, please visit: https://sensorix.com