Where to Buy Anti-reflection Microstructures
Certain microstructures can be made which can effectively suppress reflections from surfaces. They may replace traditional dielectric anti-reflection coatings.
| E | Related encyclopedia article: anti-reflection coatings |
Related products: anti-reflection coatings, thin-film production equipment
5 suppliers for anti-reflection microstructures are listed in the RP Photonics Buyer's Guide. Both manufacturers and distributors can be registered.
| Suppliers with Ad Package | |
|---|---|
| Company | Product Description |
 Solutions today for the technology of tomorrow Haldor Topsøes Alle 1 2800 Kongens Lyngby Denmark |  NIL Technology can offer you anti-reflection microstructures that reduce reflection and increase the transmission on a surface, compared to the same surface in a blank state. The anti-reflection structures can be applied directly to any formable material like thermoplastics or UV curable materials by nanoimprinting or roll2roll or it can be defined on non-formable materials by nanoimprint lithography of a resist and subsequent pattern transfer by etching. The anti-reflection effect is achieved by modification of the surface topography on a sub-wavelength scale. Our anti-reflection structures make use of the bio-inspired moth-eye effect to create a 3D sub-wavelength surface topography, resulting in a graded refractive index profile which reduces the reflection of the surface. You can read more at nilt.com/optical-applications/anti-reflection/ |
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2216 S. Main St, #A-2 Moscow, Idaho 83843 United States | |
514 Fulton Street Troy NY 12180 United States | |
| Outside America: | |
Solutions today for the technology of tomorrow Haldor Topsøes Alle 1 2800 Kongens Lyngby Denmark | NIL Technology can offer you anti-reflection microstructures that reduce reflection and increase the transmission on a surface, compared to the same surface in a blank state. The anti-reflection structures can be applied directly to any formable material like thermoplastics or UV curable materials by nanoimprinting or roll2roll or it can be defined on non-formable materials by nanoimprint lithography of a resist and subsequent pattern transfer by etching. The anti-reflection effect is achieved by modification of the surface topography on a sub-wavelength scale. Our anti-reflection structures make use of the bio-inspired moth-eye effect to create a 3D sub-wavelength surface topography, resulting in a graded refractive index profile which reduces the reflection of the surface. You can read more at nilt.com/optical-applications/anti-reflection/ |
Fujistrasse 1 47533 Kleve Germany | |
15 A Street Burlington MA 01803–3404 United States | |
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