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50mm Dia., Protective Overcoat Wire Grid Polarizer

Protective Overcoat Wire Grid Polarizers

Protective Overcoat Wire Grid Polarizers

Protective Overcoat Wire Grid Polarizers
Stock #12-650
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Qty 1-10
Qty 11+
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Coating Specification:
Ravg <1% @ 400 - 700nm (Back of Substrate)
Surface Quality:
Alignment Tolerance (°):
Operating Temperature (°C):
-40 to +200
Substrate: Many glass manufacturers offer the same material characteristics under different trade names. Learn More
Thickness (mm):
Diameter (mm):
Extinction Ratio:
348:1 @ 450nm
885:1 @ 550nm
1229:1 @ 650nm
Wire Grid
Wavelength Range (nm):
420 - 700
Transmission (%):
Transmission Tolerance (%):
±2.5 @ 420 - 700nm
Dimensional Tolerance (mm):
Thickness Tolerance (mm):
Angle of Incidence (°):
0 ±20
Linear Polarizer
Thermal Expansion:
31.7 x 10-7/°C
When the Reference Mark is orientated to the 3 or 9 o'clock position, the transmission axis runs left to right.
BBAR (400-700nm)

Regulatory Compliance

RoHS 2015:
Reach 224:
Certificate of Conformance:

Product Family Description

  • Reflect S-Polarized Light, Transmit P-Polarized Light
  • Protective Overcoat for Easy Handling and Cleaning
  • Lighter, Thinner Design than Traditional Wire Grid Polarizers
  • Overcoat Temperature Stability up to 200°C

Protective Overcoat Wire Grid Polarizers are used to reflect s-polarized light while transmitting p-polarized light in the visible spectrum. These polarizers consist of a thin aluminum wire grid attached to a glass substrate that is treated with a hard, protective coating. The overcoat protects the wire grid structure from scratches or other damage due to mechanical stress while enabling lighter, thinner designs compared to traditional Wire Grid Polarizers that use cover glass. The protective coating on these polarizers allows for them to be easily handled and cleaned, unlike bare wire grid polarizers where handling and cleaning is not recommended. Protective Overcoat Wire Grid Polarizers can be used in environments with high temperatures up to 200°C for over 1000 hours with minimal impact on performance.

Note: Reference marks indicate the axis of polarization.

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