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Polymer Optics

UV, Vis, NIR AR: V-coat

The Powerhouse of High Performance Optics

Experience a world of unparalleled optical performance with G&H | Artemis’ V-Coat Anti-Reflection Coatings. Precisely engineered to offer exceedingly low reflectivity at laser wavelengths, these coatings are your ideal partner for high power lasers and range-finding equipment.

Our V-Coat Anti-Reflection Coatings boast minimal absorption and scatter losses, ensuring that your optical systems deliver the utmost efficiency and accuracy. Crafted to endure power densities of up to 1GW/cm2 pulses at wavelengths of 1.064µm/1.53µm when applied on suitably prepared substrates, these coatings are the epitome of resilience and high performance.

With the ability to be optimized for any wavelength between 0.35µm and 2µm and for various angles of incidence, our V-Coat Anti-Reflective Coatings are as versatile as they are effective. They are compatible with substrates boasting a refractive index between 1.47 and 1.85, allowing for a wide range of applications.

The V-Coat Anti-Reflection Coatings are characterised by a specular reflectance of less than 0.5% at the design wavelength at a 0-10° angle of incidence. This offers users an unparalleled level of clarity and precision in their optical applications.

In line with our stringent standards of quality and performance, our V-Coat Anti-Reflective Coatings satisfy the environmental conditions of several military specifications including MIL-M-13508C para 4.4.6., MIL-C-675A, MIL-C-675A para 4.6.8., and MIL-C-14806A. This ensures that our products not only deliver optimal optical performance, but also withstand the harshest of environmental conditions.

Engineered for precision, built for durability and designed to deliver exceptional performance - these coatings are the perfect solution to power your high-performing optical systems.


  • Exhibits very low absorption and scatter losses.
  • When applied to suitably prepared substrates can withstand power densities up to typically 1GW/cm2 pulses at 1.064µm/1.53µm.
  • Can be optimised for any wavelengths from 0.35µm to 2µm and various angles of incidence.
  • Suitable for substrates of refractive index 1.47 to 1.85
  • Exhibits specular reflectance at 0-10° angle of incidence of <0.5%at the design wavelength.


  • Clear optical glass
  • Filter glass
  • Ceramic glass
  • Sapphire
  • Polycarbonate (including dip-coated visors)
  • Nickel-plated Aluminium
  • Nickel-plated Beryllium
  • Active Devices


  • MIL-M-13508C para 4.4.6.
  • MIL-C-675A
  • MIL-C-675A para 4.6.8.
  • MIL-C-14806A

Product enquiry

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