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SHP-D

High reflection front surface mirrors for polarized light

Special Properties

  • 100 % dielectric coating
  • Very high broadband reflectivity in the visible for
    s&p-polarized light
  • Wide range of angles of incidences
  • Low absorption
  • High operating temperature (up to 300 °C)
  • Low loss

Typical Applications

  • Laser mirrors
  • Laser scanner mirrors
  • Projector optics
  • Sensor technology systems
  • Digital camera optics
  • Can often replace soft silver mirror coatings

With the new SHP-D series we developed a special quality mirror coating that offers a very high broadband reflection of s&p-polarized light and at the same time a high reflectivity for a wide range of incidence angles. These extraordinary characteristics are achieved by our new rugged durable SHP–D multilayer dielectric mirror coating for polarized light. A dielectric mirror coating usually has very angle dependent reflection characteristics. This outstanding coating design, allows various applications which are not feasible with metal coatings like silver or aluminum mirrors. The SHP-D mirror coating is temperature resistant and can be used at temperatures of up to 300 C°.


To request our SHP-D high reflection mirror for polarized light with custom dimensions, please click the button below:


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Specifications

 
SHP-D Fornt Surface Mirror reflection

Reflectivity curve of our SHP-D mirrors

Product Code

  • SHP-D

Substrates

Coating

  • Dielectric multilayer coating design

Reflectivity

  • R avg >/= 99,5 % at wavelength 420-700 nm (45°)
  • Rs avg >/= 98 % at wavelength 420-700 nm (45°)
  • Rp avg >/= 98 % at wavelength 420-700 nm (45°)
  • Specifications for other incidences on request

Flatness

Surface Quality

  • typ. 80-50 scratch & dig (MIL-0-13830A)
  • Other on request

Standard thicknesses

Other Specifications

  • Abrasion resistance according to MIL-M-13508C
  • Adherence according to MIL-C-675C (tape test)

All given details and specifications are mean reference values and are not guaranteed. In addition, please consider our "Notes on technical specifications"