Metal-coated concave mirror, gold coating: 800 nm-20.0 μm CM10-F200-AU

Metal-coated concave mirror, gold coating: 800 nm-20.0 μm — Model CM10-F200-AU

Operating wavelength 800 nm-20.0 μm, focal length -200 mm, Ø25.4 mm, substrate Borofloat 33.

Product Description

• Optical Material: Borofloat 33
• Silicon Dioxide Protective Layer
• Operating Wavelength: 800 nm-20.0 μm
• Beam Focusing, Collimation, Collection and Imaging

LBTEK metal-coated concave mirrors use Borofloat 33 substrates, with a metal coating (gold coating, with protective layer) applied to the concave surface. This reflective coating offers high reflectivity (Ravg > 96%) within the wavelength range of 800 nm to 20 μm, making it suitable for beam collimation, focusing, and imaging without introducing chromatic aberration. Metal coatings are prone to oxidation, discoloration, or peeling in high-humidity environments. The SiO₂ protective layer isolates the metal coating from direct contact with air, preventing oxidation and preserving optical performance. Currently, LBTEK offers gold-coated concave mirrors in a 1-inch diameter with a center thickness of 6.0 mm, available in seven focal lengths ranging from -25 mm to -500 mm. In addition to standard products, LBTEK also provides customization services for size, focal length, and operating wavelength. For inquiries, please contact LBTEK Technical Support.

Metal-coated concave mirror, gold coating: 800 nm-20.0 μm

• Substrate Material: Borofloat Glass
• Operating Wavelength: 800 nm-20.0 μm
• Silicon Dioxide Protective Layer
• Beam Focusing, Collimation, Collection, and Imaging

LEBTK's gold-coated concave mirrors offer high reflectivity (Ravg > 96%) across the wavelength range of 800 nm to 20 μm, making them highly suitable for collimating, focusing, and imaging infrared beams without introducing chromatic aberration. These mirrors are available in a one-inch size with seven focal lengths ranging from -25 mm to -500 mm and can be used with mirror mounts. Although the metal-coated concave mirrors are protected with a coating, it is recommended to use and store them in low-humidity, room-temperature environments. When handling the mirrors, wear protective products such as latex gloves or finger cots to prevent contamination of the optical surface by oils and residues from fingers.