Compare Model Drawings, CAD & Specs Availability Price
Dielectric Mirror, Ultra-broadband, 25.4 mm, 99% 0-50°, 350-700 nm
$252
In Stock
In Stock
Dielectric Mirror, Ultra-broadband, 25.4 mm, 99% 0-50°, 610-1130 nm
$252
In Stock
In Stock
Dielectric Mirror, Ultra-broadband, 25.4 mm, 99% 0-50°, 350-1100 nm
$393
In Stock
In Stock
Notes:

Square mirror, elliptical mirror, and D-shaped mirror are also available.

Specifications

Features

UV Fused Silica Substrates

UV grade fused silica is used as a substrate material for ultra-broadband mirrors for low thermal expansion and low material absorption in the wavelength regime of 350 to 1100 nm. As a result, these mirrors will perform better with temperature fluctuations and will have better resistance from environmental effects compared to many other metallic and dielectric mirrors used in these wavelength ranges. For more information, refer to the optical material technical note.

Wide Wavelength Range With High Absolute Reflectivity

Using superior ion beam sputtering coating technology, very high absolute reflectivity can be achieved across a large wavelength range. It is advantageous in low light situations when it is critical to collect as much light as possible. Depending on the coating type, you will have as much as RS, RP >99% for 350-1100 nm at 0-50° angle of incidence.

UV-VIS Broadband Dielectric Coating

BB.1 coated mirrors covers the UV to visible wavelength regime from 350 to 700 nm

VIS-NIR Broadband Dielectric Coating

BB.2 coated mirror covers the visible to near IR wavelength regime from 610 to 1130 nm

UV-NIR Broadband Dielectric Coating

BB.3 coated mirror covers the UV to near IR wavelength regime from 350 to 1100 nm.

Durable Dielectric Coatings

All dielectric coating construction is physically more durable than standard metallic coatings. Dielectric mirrors are more resistant to humidity, thermal changes, abrasion and salt exposure.