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RFQ & Order
  IR Thermal Imaging Optics / IR Thermal Imaging Optics
IR Thermal Imaging Coatings
      RGQ and Order
IR Thermal Imaging Coating facility at II-VI Infrared, Saxonburg, PA
The following coatings are available for IR thermal imaging optics:

High-Efficiency Broadband Anti-Reflective (BBAR) Coating on Germanium (Ge), 3 - 5µm


High-Efficiency Broadband Coating for the 3 - 5µm range gives low reflection and high transmission for use in passive imaging systems. This coating is not intended for high power laser applications.

Download the Data Sheet
High-Efficiency Broadband Anti-Reflective (BBAR) Coating on Germanium (Ge), 8 - 12 µm

This low reflection/high transmission coating is designed to cover the 8-12µm region and satisfies the environmental requirements listed below.This low reflectance coating is intended to be used in FLIR or passive radiation systems.

Download the Data Sheet
High-Efficiency Broadband Anti-Reflective (BBAR) Coating on Silicon (Si), 3 - 5µm

High-Efficiency Broadband Coating for the 3 - 5µm range gives low reflection and high transmission for use in passive imaging systems. This coating is not intended for high power laser applications.

Download the Data Sheet
High-Efficiency Broadband Anti-Reflective (BBAR) Coating on Zinc Sulfide MultiSpectral (ZnS MS), 3 - 5µm

High-Efficiency Broadband Coating for the 3 - 5µm range gives low reflection and high transmission for use in passive imaging systems. This coating is not intended for high power laser applications.

Download the Data Sheet
High-Efficiency Broadband Anti-Reflective (BBAR) Coating on Zinc Sulfide MultiSpectral (ZnS MS) and Zinc Sulfide Regular (ZnS), 8 - 12µm

This low reflection/high transmission coating is designed to cover the 8 - 12µm region and satisfy the environmental requirements listed below. While low in absorption it is intented to be used in FLIR or passive radiation systems.This coating can be applied to ZnS Regular and ZnS MultiSpectral Grades.

Download the Data Sheet
High-Efficiency Broadband Anti-Reflective (BBAR) Coating on Zinc Selenide (ZnSe), 3 - 5µm

High-Efficiency Broadband Coating for the 3 - 5µm range gives low reflection and high transmission for use in passive imaging systems. This coating is not intended for high power laser applications.

Download the Data Sheet
High-Efficiency Broadband Anti-Reflective (BBAR) Coating on Zinc Selenide (ZnSe), 8 - 12 µm

This low reflection/high transmission coating is designed to cover the 8 - 12µm region and satisfies the environmental requirements listed below.This low reflectance coating is intended to be used in FLIR or passive radiation systems.

Download the Data Sheet
High-Efficiency Dual Broadband (DBBAR) Coating on Germanium (Ge) for 3 - 5µm and 8 - 12µm

This coating is designed to give low reflectance and high transmittance when used in passive imaging systems. This coating is not intended for high power laser applications.

Download the Data Sheet
High-Efficiency Dual Broadband (DBBAR) Coating on Zinc Selenide (ZnSe) for 3 - 5µm and 8 - 12µm

This coating is designed to give low reflectance and high transmittance when used in passive imaging systems. This coating is not intended for high power laser applications.

Download the Data Sheet
 
   
 
           
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