Discover the Precision of a CaF₂ Optical Window

Why CaF₂ Makes a Difference

The CaF₂ optical window is engineered to transmit infrared light with minimal absorption, making it ideal for detecting gases with molecular absorption features in the mid-IR region. This innovation redefines sensing capabilities across industries.

Applications Across Industries

Medical Diagnostics
-Ammonia (NH₃) - absorption near 10.2 µm
-Acetone (C₃H₆O) and ethanol (C₂H₅OH) - strong absorption features between 3-6 µm

In healthcare, CaF₂-based designs enable advanced breath analysis technologies to identify biomarkers like acetone and ammonia. This supports noninvasive monitoring of diabetes, liver, and kidney function-transforming routine checks into powerful early diagnostics for improved patient outcomes.

Environmental Monitoring
-Carbon dioxide (CO₂) - absorption at 4.3 µm and 15 µm
-Methane (CH₄) and nitrous oxide (N₂O) - strong absorption between 3-5 µm

The JSIR350-4-AL-C-D5.8-N2-A2 empowers the next generation of greenhouse gas analyzers, detecting CO₂, CH₄, and N₂O at sub-ppm levels. Integrated into open-path sensors or drone platforms, it enables researchers and agencies to track real-time emissions from agriculture, energy, and transportation-bringing accuracy and insight to climate monitoring.

Industrial Process Control
-Carbon monoxide (CO) - detected near 4.6 µm for safety and combustion control

In chemical plants and combustion systems, absorption features in the 3-5 µm range allow fast detection of CO and hydrocarbons. This improves fuel-to-air ratios, reduces emissions, and increases product yields. The wide transmission of CaF₂ minimizes signal loss, even in demanding environments.
Harness the Power of CaF₂ Optics
Clinicians apply the power of CaF₂ to life-changing medical diagnostics. Environmental scientists trust CaF₂ for atmospheric monitoring. Engineers rely on it for emission compliance and process optimization. Contact Micro-Hybrid today to leverage our expertise and turn it into your competitive advantage.