[{"data":1,"prerenderedAt":36},["ShallowReactive",2],{"product-infrared-optical-materials-for-night-vision-thermal-imaging":3},{"spuName":4,"spuId":5,"slug":6,"seoTitle":4,"seoKeyword":7,"seoDescription":8,"skuBaseList":9,"tags":34,"relatedProducts":35},"Infrared Optical Materials for Night Vision & Thermal Imaging",69,"infrared-optical-materials-for-night-vision-thermal-imaging","infrared optical materials, night vision optical materials","Infrared optical materials including ZnSe, ZnS and chalcogenide glass for thermal imaging and night vision.",[10,19,27],{"skuId":11,"skuImageUrl":12,"productDescription":13,"mainFeatures":14,"skuParamterList":15,"parameterDiagramImage":15,"detailedDescription":15,"seoTitle":16,"seoKeyword":17,"seoDescription":18},70,"\u002Fprofile\u002Fupload\u002F2026\u002F09\u002F23\u002F硒化锌白底图_20260923170306A019.png","Zinc Selenide (ZnSe) is a high-purity infrared optical material featuring good environmental adaptability, easy processing, low optical transmission loss and excellent transparency. It can be manufactured into a variety of optical components including focusing lenses, infrared windows, output couplers and beam expanders. ZnSe is widely used in laser systems, medical optics, astronomy and infrared night vision applications, and can be supplied as optical blanks or finished optical components.","ZnSe provides reliable optical transmission for infrared optical systems while maintaining good environmental adaptability and processability. Its low optical transmission loss makes it suitable for manufacturing infrared windows, focusing lenses, output couplers and beam-expanding optics. The material can be processed into different optical forms for integration into night vision, infrared imaging, laser, medical and astronomical optical systems.",null,"ZnSe Infrared Optical Material | IR Windows & Lenses","ZnSe optical material, zinc selenide optical material","High-purity ZnSe with high IR transmission, low loss and easy processing for optical components.",{"skuId":20,"skuImageUrl":21,"productDescription":22,"mainFeatures":23,"skuParamterList":15,"parameterDiagramImage":15,"detailedDescription":15,"seoTitle":24,"seoKeyword":25,"seoDescription":26},71,"\u002Fprofile\u002Fupload\u002F2026\u002F09\u002F23\u002F硫化锌白底图_20260923172221A020.png","Zinc Sulfide (ZnS) is available in raw and multispectral grades. Multispectral ZnS is produced from raw zinc sulfide through hot isostatic processing, providing optical transmission across both visible and infrared wavelengths. With high hardness and strong resistance to sand erosion, ZnS is well suited for infrared windows and optical components used in demanding optical environments.","Multispectral ZnS provides optical transmission across visible and infrared wavelengths, making it suitable for optical systems that require multi-band performance. Its high hardness and strong resistance to sand erosion support reliable operation in demanding outdoor environments. The material can be processed into infrared windows and other optical components for night vision, infrared imaging and related optical systems.","Multispectral ZnS Infrared Optical Material | IR Windows","ZnS optical material, zinc sulfide optical material","Multispectral ZnS with visible\u002FIR transmission, high hardness and erosion resistance.",{"skuId":28,"skuImageUrl":29,"productDescription":30,"mainFeatures":31,"skuParamterList":15,"parameterDiagramImage":15,"detailedDescription":15,"seoTitle":32,"seoKeyword":32,"seoDescription":33},72,"\u002Fprofile\u002Fupload\u002F2026\u002F09\u002F23\u002F硫系玻璃白底图_20260923174853A021.png","Chalcogenide glass for 2–12 μm infrared optics with high refractive-index uniformity and stable performance. Suitable for IR lenses, thermal imaging and sensing systems, with multiple glass compositions available for optical correction and thermal-defocus control.","Chalcogenide Glass provides stable infrared optical performance across the 2–12 μm wavelength range and is well suited for infrared lens and imaging-system design. Its high refractive-index uniformity supports consistent optical performance, while different glass compositions can be selected for chromatic correction and thermal-defocus compensation. The material is suitable for night vision, thermal imaging, infrared sensors and other optical systems requiring precise infrared imaging performance.","Chalcogenide Glass for Infrared Optics | 2–12 μm","Chalcogenide glass with 2–12 μm IR performance, high refractive-index uniformity and optical stability.",[],[],1791853758708]