

Metal Plane Mirrors, Silver Coating: 480 nm-20.0 μm, Rectangular PMS10-AG
PMS10-AGDesign Tools
Metal Plane Mirrors, Silver Coating: 480 nm-20.0 μm, Rectangular — Model PMS10-AG
Operating wavelength 480 nm-20.0 μm, substrate Borofloat 33.
Product Description
- Optical Material: Borofloat Glass, H-K9L, UVFS
- Silicon Dioxide Protective Layer
- Application: Optical Path Deflection
- Working Wavelength: 480 nm-20 μm
Metal-coated mirrors are highly suitable for deflecting light paths of broadband light sources, offering high reflectivity across a wide spectral range. However, metal coatings are prone to oxidation, discoloration, or peeling in high-humidity environments. LBTEK's metal-coated mirrors feature a protective layer of silicon dioxide on the surface to isolate the metal coating from direct contact with air. Although the protective layer prevents silver oxidation, silver-coated mirrors still cannot be used in high-humidity environments and must be operated and stored in low-humidity, room-temperature conditions. LBTEK offers three types of metal-coated mirrors: aluminum-coated, silver-coated, and gold-coated. All our mirrors undergo precision manufacturing and strict quality control to ensure LBTEK provides high-quality mirror products at reasonable prices. For customized metal-coated mirrors, please contact LBTEK Technical Support.
Metal Plane Mirrors, Silver Coating: 480 nm-20.0 μm, Rectangular
- Substrate Material: Borofloat Glass
- Working Wavelength: 480 nm-20.0 μm (Silver Coating)
- Silicon Dioxide Protective Layer
- Application: Optical Path Deflection
Address:Building A6, Huanchuang Enterprise Plaza, Yuelu Idstrict, Changsha
| Clear Aperture | 90% CA |
| Thickness | 6.0 mm |
| Damage Threshold | 0.17J/cm2@1030nm, 290fs, 100Hz, Ø20.116μm (100 Pulses) |
| Reflectance (AR) | Ravg>96%a@ 480 nm-2.0 um Ravg>97.5%a@ 2.0-20.0 um |
| Thickness Tolerance | ±0.25 mm |
| Clear Aperture | 90% CA |
| Operating Wavelength | 480 nm-20.0 μm |
| Reflectance | Ravg>96%a@ 480 nm-2.0 um Ravg>97.5%a@ 2.0-20.0 um |
| Thickness | 6.0 mm |
| Substrate Material | 25.4 mm×25.4 mm |
| Damage Threshold | 0.17J/cm2@1030nm, 290fs, 100Hz, Ø20.116μm (100 Pulses) |




