Coatings are designed for first or second surface reflection, angle of incidence, incident medium and polarization state. Designs include protected and enhanced Gold, Aluminum, and Silver. Substrates coated include:
- Precision Glass Optics
- Prisms
- Pyrex
- High Expansion Glass
- Optical blanks
- Metal Reflectors
- Gradient Index Glass
- Fused Silica
- BK-7
- Multi-faceted polygons
- Diamond turned or NI plated metal substrates
ECI supplies Metal Mirror Coatings for Military, Medical, Commercial and Aerospace applications that demand excellent durability and environmental stability including:
- Biomedical devices
- Instrument Mirrors
- Lighting Components
- Sensing & Military Applications
- Scanning Equipment
ECI’s Metal Mirror coatings meet the environmental and durability requirements of MIL-M-13508C
Typical Metal Mirror coatings for glass and metal substrates:
coating performance is optimized for 0° A.O.I. and front surface reflection unless otherwise noted
ECI # 800 Protected Aluminum broadband reflective designs are suitable for applications from the visible to the near infrared.
ECI # 801 Protected UV Aluminum coating is primarily designed for applications that require excellent reflective performance in the ultraviolet and visible wavelength region.
ECI # 802 Enhanced Aluminum designs reflect up to 95% percent over the specified wavelength region. These designs are also suitable for applications from the visible to the near infrared. A custom enhanced design can be created for your specific wavelength and reflection requirements. Illustrated below are a few examples..
ECI # 804 Enhanced and Protected Silver designs meet the environmental requirements of MIL-C-13508C on both glass and metal substrates. These designs are commonly used for demanding broad-band reflectance applications including instrument mirrors, satellite components and metal mirrors for military applications.
ECI # 806 Enhanced & 806IR Enhanced Gold designs are well suited for near infrared and infrared applications. These designs are utilized in many laser diode applications including biomedical devices, scanning, sensing, military and fiberoptic assemblies that demand superior environmental performance.
