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ECI's Metal and Dielectric Mirror coatings are designed for high reflection applications in the Ultraviolet, Visible, Near Infrared and Infrared spectrums. These designs are available for deposition onto various types of optical materials including: polymers, glass, fiberoptic components, metal, custom optics, semiconductor and Infrared optical materials.
ECI's Metal and Dielectric Mirror coatings meet the environmental and durability requirements of MIL-M-13508C and MIL-C-48497 respectively. Dielectric mirror coatings on glass substrates meet the environmental and durability requirements of MIL-F-48616.
Samples and theoretical design curves available upon request!
METAL MIRROR COATINGS
ECI deposits protected and enhanced metal mirror coatings on various optical materials. Designs include protected and enhanced Gold and Aluminum, overcoated Silver and custom multilayer enhancements. Coatings are designed for first or second surface reflection, angle of incidence and incident medium. ECI's multilayer enhanced metal mirror coatings provide up to 99% reflectance for narrow band wavelength applications. ECI's coatings are designed for maximum performance in the UV, Visible, near Infrared and far Infrared regions.
Standard and custom coatings are available. ECI will also chemically strip and recoat your old mirror coatings.
DIELECTRIC MIRROR COATINGS
ECI's Dielectric Mirrors are designed for applications that require excellent durability and environmental stability. Designs are available with reflection levels up to 99.98%. We manufacture our coatings to your specifications including: substrate material, wavelength region, angle of incidence, % reflection and incident medium. ECI's coatings are designed for maximum performance in the UV, Visible, near Infrared and far Infrared regions.
Dielectric mirror coatings are available with up to four reflection bands. ECI also manufactures Laser Dielectric Mirror coatings for high power applications that require coatings with significant laser damage thresholds.
Contact our design team to discuss your Mirror project today! |