Partially Reflective Coatings

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High Power Partially Reflective Coatings

High Power Partially Reflective Coatings

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Sold by: Laser Components USA, Inc. Ships from: United States
Specifications
Angle Of Incidence (AOI): 0 degree
Wavelength Range: 193 – 5000 nm
Min Transmission: 80 %
Wavelength Range: 193 nm to 5 µm
Angle Of Incidence: 0° or 45°
Gold Plated Silver Plated Reflective Coating

Gold Plated Silver Plated Reflective Coating

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Sold by: Henan UM Optics Ltd Ships from: China
Specifications
Angle Of Incidence (AOI): 0 degree, 45 degree
Wavelength Range: 120 – 2000 nm
Min Transmission: 90 %

Did You Know?

An optical coating is one or more thin layers of material deposited on an optical component, such as a lens or a mirror. The coating alters the way in which the component reflects and transmits light. Partially reflective coatings are a type of optical coating designed for application where only a portion of light shall be reflected, and are used for beamsplitters and other components of various kinds. By controlling the thickness and density of a coating, light reflectivity and transmission can be tailored for various scientific applications.

Related Resources

Partially Reflective Coatings: Controlled Light Division

Partially reflective coatings are designed to reflect a specific percentage of light while allowing the remainder to pass through. These coatings are vital in applications like beam splitting and laser output coupling.

Characteristics

  • Reflectance Range: Typically between 10% and 99.7%.

  • Angle of Incidence: Performance can vary with the angle at which light strikes the surface.

  • Wavelength Range: Coatings can be designed for specific wavelength ranges, including UV, visible, and infrared.

Applications

  • Laser Systems: Used in output mirrors to control the amount of light exiting the cavity.

  • Beam Splitters: Divides light into multiple paths for various applications.

  • Optical Instruments: Allows for the combination or separation of light paths.

Implementing partially reflective coatings enables precise control over light paths in optical systems.