Chalcogenide Glass Optical Window | 30mm
Precision 30mm x 2mm Chalcogenide glass IR window with λ/6 flatness and 40-20 surface quality for MWIR/LWIR thermal imag...
View detailsExplore “LWIR”
Review matching product information and technical content published by IROptical.
Chalcogenide Glass Optics for MWIR and L
Learn about chalcogenide glass properties, MWIR/LWIR transmission and germanium optics comparison. Custom engineering su...
View details
IRG206 Chalcogenide Aspheric Lenses | 0.
Custom IRG206 chalcogenide aspheric lenses (0.8–19 µm) for thermal imaging and unmanned systems. Sub-5nm roughness, form...
View details
IR Windows and Lenses for Thermal Imagin
Select IR windows and lenses for thermal imaging by MWIR/LWIR band, material, coating, environment and drawing requireme...
View details
Thermal Imaging Lenses: Material and Coa
Select thermal imaging lenses by MWIR/LWIR band, material, coating, thermal drift, lens geometry and RFQ requirements.
View details
Single-Crystal Germanium for Infrared Op
Review single-crystal germanium properties, LWIR applications, coating risks and RFQ checks for IR windows and lenses.
View details
Infrared Optical Materials and Coating G
Compare common IR optical materials, coating bands, durability risks and RFQ checks for UV, VIS, MWIR and LWIR optics.
View details
SWIR, MWIR and LWIR: IR Optics Selection
Compare SWIR, MWIR and LWIR for IR windows, lenses, coatings and materials including ZnSe, Ge, Si, ZnS, CaF2 and BaF2.
View details
Infrared Atmospheric Windows and Materia
Learn how 3-5 um and 8-14 um atmospheric windows affect IR material selection, coatings, windows and lenses.
View details