Properties of Chalcogenide Glasses

• Wideband Infrared Transmission: Chalcogenide optics excel in transmitting infrared light across a broad spectrum, including the crucial 3-5 µm and 8-12 µm bands. This makes them invaluable for applications in thermal imaging, sensing, and spectroscopy.
• High Refractive Index: With a higher refractive index compared to traditional materials, chalcogenide optics enable the design of compact and efficient optical systems.
  This is particularly beneficial for applications with space constraints.  
• High Nonlinearity: Chalcogenide glass exhibits significantly higher nonlinearity than other materials, making it ideal for photonic integrated circuits and devices requiring nonlinear optical effects.  
• Low Temperature Coefficient of Refractive Index: Chalcogenide optics demonstrate excellent stability under varying temperature conditions, ensuring consistent performance in demanding environments. This property is crucial for producing athermalized lens assemblies.
• Reliable Machinability: Chalcogenide glass can be easily machined into various lens forms, including spherical and aspheric designs, providing flexibility for custom optical component fabrication.