Qioptiq Datasheets for Industrial Coatings
Industrial coatings are thin films deposited upon materials to add or enhance desired properties, such as color, conductivity, corrosion resistance, etc.
Industrial Coatings: Learn more
| Product Name | Notes |
|---|---|
| Broadband and low-loss beam steering mirror coating for laser applications in the UV spectral range High reflection within a broad spectral and angle-of-incidence range R avg > 96 % at... | |
| Broadband and low-loss beam steering mirror coating for laser applications in the VIS spectral range Highest reflection within a broad spectral and angle-of-incidence range Guaranteed reflection > 99 % for... | |
| Enhanced high reflective aluminium coating for mirrors for the VIS and NIR spectral range High reflection within a broad spectral and angle-of-incidence range Guaranteed reflection > 94 % in the... | |
| Enhanced reflective aluminium coating for mirrors for the VIS and NIR spectral range High reflection within a broad spectral and angle-of-incidence range Guaranteed reflection > 89 % in the range... | |
| Extreme broadband and low-loss beam steering mirror coating for laser applications in the UV and NIR spectral range High reflection within a broad spectral and angle-of-incidence range Guaranteed reflection > | |
| For beamsplitter cubes made from two cemented 90°-prisms For splitting and combining of beam paths Transmitted beam without beam displacement and beam deflection Applicable for low-power laser Selectable reflection between... | |
| For beamsplitter cubes made from two cemented 90°-prisms For splitting and combining of beam paths Transmitted beam without beam displacement and beam deflection Selectable reflection between 10 % ≤ T... | |
| For beamsplitter cubes made from two cemented 90°-prisms Transmitted beam without beam displacement and beam deflection Selectable reflection between 10 % ≤ T ≤ 50 % Damage threshold: limiting factor... | |
| For polarizing beamsplitter cubes made from two cemented 90°-prisms Extreme splitting of polarization of the transmitted and reflected beam Guaranteed extinction ratio at central wavelength λ0 for the transmitted... | |
| For polarizing cube beamsplitters made from two cemented 90°-prisms for the infrared spectral range Extreme high splitting of polarization of the transmitted beam Guaranteed extinction ratio within the specified range... | |
| For polarizing cube beamsplitters made from two cemented 90°-prisms for the visible and the near infrared spectral range Extreme high splitting of polarization of the transmitted beam within a broad... | |
| For polarizing cube beamsplitters made from two cemented 90°-prisms for the visible spectral range Extreme high splitting of polarization of the transmitted beam Guaranteed extinction ratio within the specified range... | |
| For polarizing cube beamsplitters made from two cemented 90°-triangle prisms for the ultra violet spectral range Extreme high splitting of polarization of the transmitted beam Guaranteed extinction ratio within the... | |
| Front surface mirror gold coating for the IR spectral range up to 20 µm Constant high reflection within a broad spectral and angle-of-incidence range without absorption bands Guaranteed reflection > | |
| Front surface mirror gold coating for the IR spectral range up to 25 µm with improved environmental characteristics Constant high reflection within a broad spectral and angle-of-incidence range without absorption... | |
| Front surface mirror silver coating for the VIS and IR spectral range up to 10 µm Constant high reflection within a broad spectral and angle-of-incidence range without absorption bands Guaranteed... | |
| Hard and scratch resistant anti-reflective coating for use in the NIR in combination with one alignment wavelength in the VIS to reduce reflection losses and increase transmission Guaranteed residual reflection... | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission for high-power UV lasers Guaranteed residual reflection at central wavelength λ0: < 0.2 % for... | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission for the IR spectral range Guaranteed residual reflection < 0.5 % for angles of incidence 0° ≤ | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission for the IR spectral range Residual reflection < 1 % for angles of incidence 0° ≤ AOI... | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission for the NIR spectral range Guaranteed residual reflection < 0.5 % for angles of incidence 0° ≤ | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission for the NIR spectral range Guaranteed residual reflection < 1 % for angles of incidence 0° ≤ | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission for the UV spectral range Guaranteed residual reflection < 0.5 % for angles of incidence 0° ≤ | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission for the UV spectral range Residual reflection < 2 % on fused silica for angles of incidence... | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission for the visible spectral range in combination with a central wavelength in the NIR Guaranteed residual reflection... | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission for the visible spectral range Guaranteed residual reflection < 0.5 % for angles of incidence 0° ≤ | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission in an extremely broad spectral range Guaranteed residual reflection < 1 % for angles of incidence 0° | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission Guaranteed residual reflection < 0.5 % for angles of incidence 0° ≤ AOI ≤ 15° in the... | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission Guaranteed residual reflection < 1 % for angles of incidence 0° ≤ AOI ≤ 15° in the... | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission Guaranteed residual reflection at central wavelength λ0: < 0.2 % for angles of incidence 0° | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission Residual reflection 0.3 % ≤ R ≤ 2 % depending on substrate for angles of incidence 0° | |
| Hard and scratch resistant anti-reflective coating to reduce reflection losses and increase transmission To use in the UV in combination with one alignment wavelength in the VIS Guaranteed residual reflection... | |
| Low-loss, hard and scratch resistant beamsplitter coating for a broad spectral range from the VIS to NIR For splitting and combining of beam paths Selectable transmission between 30 % ≤ | |
| Low-loss, hard and scratch resistant beamsplitter coating for the infrared spectral range For splitting and combining of beam paths Selectable transmission between 10 % ≤ T ≤ 90 % Damage... | |
| Low-loss, hard and scratch resistant beamsplitter coating for the near infrared spectral range For splitting and combining of beam paths Selectable transmission between 10 % ≤ T ≤ 80 %... | |
| Low-loss, hard and scratch resistant beamsplitter coating for the ultra violet spectral range For splitting and combining of beam paths Selectable transmission between 30 % ≤ T ≤ 90 %... | |
| Low-loss, hard and scratch resistant beamsplitter coating for the visible spectral range For the splitting and combining of beam paths Selectable transmission between 30 % ≤ T ≤ 90 %... | |
| Low-loss, hard and scratch resistant laser mirror coating designed for Ti:Sapphire lasers Suitable for short pulse applications due to low dispersion of the coating (GDD ~ 0 fs2)... | |
| Low-loss, hard and scratch resistant laser mirror coating for laser applications in the UV, VIS and in the NIR spectral range Also suitable as output coupler (AOI = 0°) or... | |
| Low-loss, hard and scratch resistant laser mirror coating for the DUV spectral range Guaranteed reflection > 96 % for central wavelength λ0 for AOI = 0° or > 95... | |
| Low-loss, hard and scratch resistant laser mirror coating for the NIR spectral range Guaranteed reflection > 99.8 % for central wavelength λ0 for AOI = 0° or AOI =... | |
| Low-loss, hard and scratch resistant laser mirror coating for the UV spectral range Guaranteed reflection > 99 % for central wavelength λ0 (for λ0 < 260 nm) or... | |
| Low-loss, hard and scratch resistant laser mirror coating for the VIS spectral range Suitable for short pulse applications due to low dispersion of the coating (GDD ~ 0 fss... | |
| Low-loss, hard and scratch resistant laser mirror coating for two laser wavelengths, each in the UV and in the VIS spectral range Also suitable as beam steering mirror (AOI =... | |
| Low-loss, hard and scratch resistant laser mirror coating for two laser wavelengths, each in the VIS and in the NIR spectral range Also suitable as beam steering mirror (AOI =... | |
| Metal film with the highest degree of reflection: > 96 % For rear surface mirrors Rear surface has a protective lacquer coating temperature stable from - 40 °C to +... | |
| Standard aluminium reflective coating for mirrors for the UV spectral range High reflection within a broad spectral and angle-of-incidence range Guaranteed reflection > 85 % in the range of 230... | |
| Standard aluminium reflective coating for mirrors in the VIS and IR spectral range up to 3 µm High reflection within a broad spectral and angle-of-incidence range Guaranteed reflection > 85... |