AccuCoat Inc. offers a wide range of high efficiency broadband, narrowband and dual-band anti-reflective optical coatings. Many standard AR coatings are available on glass and plastic (polymer) substrates. Custom-designed anti-reflective coating solutions are also available by working with our in-house optical designer.
Our AR coatings have been tested to meet Military Specifications, High Laser Damage Threshold tests (LDT), and are finding their way into many new AR/VR and LiDAR applications.
Substrate Materials: These Anti-reflective (AR) coatings can be applied to glass, plastic, and crystals.
Durability: Meets adhesion, abrasion, temperature, humidity, salt and solubility of various Military and ISO specifications.
Cleaning: These optical coatings are able to be cleaned with alcohol, acetone (not plastic) and mild soap solutions.
Typical Applications: Bar-Code Scanners, Displays, Cameras, Fiber Optics, Lasers, Illumination Systems, Range Finders, Instrumentation, Microscopes.
Industries Served: Medical, Telecommunications, Industrial, Display, Military, Machine Vision, Aerospace, Lighting, Photographic, University, Security, Imaging, Scanning.
We're making your quote process easier and faster with our Top Specs for Coatings
Download your copy and save time with a more complete RFQ the next time you need a quote.
Multilayer AR Coating (Vis) - AC100
Broadband A/R coating for the visible region
0.5% Reflection average in the visible region (450nm - 650nm)
Multilayer AR Coating on Zeonex - AC110
Broadband AR coating for the visible region
0.5% Reflection average in the visible region (450nm - 650nm)
Single Layer AR Coating - AC120
Single layer of SiO2 or MgF2. Offers limited scratch resistance & A/R function. Typically 2% Reflection average in the visible region (450nm - 650nm)
AR Coating (V-Coat) - AC130
Optimized for single wavelengths (i.e. 633nm, 1064nm, 1550nm). Typically less than 0.25% Reflection at the specified wavelength.
High Efficiency AR Coating (Vis) - AC140
Lowest possible reflection and wide bandwidth A/R. Typically 0.5% Absolute Reflection from 425nm - 675nm.
Multilayer Broadband AR Coating (Vis-NIR) - AC145
Broadband AR coating for the visible-NIR region. 0.5% Reflection average in the region (400nm – 900nm)
Multilayer Broadband AR Coating (Telcom) - AC150
Broadband A/R coating. Less than 0.3% Absolute Reflection from 1250nm - 1650nm. Less than 0.1% Reflection at 1310nm and 1550nm.
AR Coating on Silicon Wafer - AC155
Abs R < 0.25% @ 1550nm. R avg. < 0.5% 1480nm-1650nm
Broadband Multilayer AR Coating (NIR) - AC160
Broadband A/R coating for the NIR region
0.5% Reflection average in the region (900nm – 1700nm)
Dual Point AR Coating - AC170
Two point AR coating for the visible and NIR region. 0.5% Reflection at both points (632nm & 1064nm)
