Specifications
| Parameter | Value |
|---|---|
| Single-wavelength semi-reflective coating (UV) - angle of incidence | 0º |
| Single-wavelength semi-reflective coating (UV) - reflectance (R) | R <90 %±3 %,R = 90 % - 95 %±2 %,R = 96 % - 98 %±1 %,R> 98 %±0.5 % |
| Single-wavelength semi-reflective coating (UV) - damage threshold (355 nm) [355 nm; 10ns pulse] | 3 J /cm², 10 ns pulse |
| Single-wavelength semi-reflective coating (VIS/NIR) - angle of incidence | 0º |
| Single-wavelength semi-reflective coating (VIS/NIR) - reflectance (R) | R <90 %±3 %,R = 90 % - 95 %±2 %,R = 96 % - 98 %±1 %,R> 98 %±0.5 % |
| Single-wavelength semi-reflective coating (VIS/NIR) - damage threshold (1064nm) [1064nm; 10ns pulse] | 10 J /cm², 10 ns pulse |
| Broadband semi-reflective coating (VIS/NIR) - material | Customized according to customer requirements |
| Broadband semi-reflective coating (VIS/NIR) - dimensional tolerance | ±0.01 ~±0.2 mm |
| Broadband semi-reflective coating (VIS/NIR) - chamfer | 0.5 mm, 45 ° |
| Broadband semi-reflective coating (VIS/NIR) - surface quality | 10/5~80/50 |
| Broadband semi-reflective coating (VIS/NIR) - angle of incidence | 0 °,45 ° |
| Broadband semi-reflective coating (VIS/NIR) - clear aperture | >90 % |
| Broadband semi-reflective coating (VIS/NIR) - surface figure accuracy [Φ100 mm] | λ/20~λ/2 / Φ100 mm |
| Broadband semi-reflective coating (VIS/NIR) - center wavelength | 400 nm-10.6μm |
| Broadband semi-reflective coating (VIS/NIR) - coating | Electron beam deposition multilayer dielectric coating |
Applications
Key Features
Datasheet
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