Andover Corporation
Heat Control Filters are mainly used to remove the heat from high-power illumination systems. These high power illumination systems offer a very high output in the visible and ultraviolet which makes them an excellent choice as a source of radiation. However, there is one major drawback to these... [See More]
- Filter Shape: Circular
- Filter Type: Cold Mirrors
- Filter Diameter, Side Length, or Rectangular Length: 25.00
- Thickness: 3.00
CVI Melles Griot
Hot and cold mirrors use multilayer dielectric coatings to separate infrared radiation (heat) from visible radiation (light). Hot mirrors transmit the light and reflect the heat. Cold mirrors transmit the heat and reflect the light. A common example of a cold mirror is the illuminator used by... [See More]
- Filter Shape: Circular
- Filter Type: Cold Mirrors
- Filter Diameter, Side Length, or Rectangular Length: 25.40
- Thickness: 3.30
Edmund Optics Inc.
Available for an angle of incidence of 0°, these heat reflecting mirrors can be used in a variety of optical systems where heat build-up is a concern. Applied mainly in projection and illumination systems, the multi-layer dielectric coating on the mirrors reflects harmful infrared radiation... [See More]
- Filter Shape: Circular
- Filter Type: Hot Mirrors
- Filter Diameter, Side Length, or Rectangular Length: 25.00
- Thickness: 3.30
Rolyn Optics Company
These are spectrally selective mirrors for use where it is desirable to separate the energy beam into its visible and infrared components. The visible spectrum is reflected while the infrared is transmitted. [See More]
- Filter Shape: Circular
- Filter Type: Cold Mirrors
- Filter Diameter, Side Length, or Rectangular Length: 30.00
- Thickness: 2.00
