High-Damage-Threshold Laser Mirror
Laser mirrors are optical elements for precisely changing beam-propagation direction. High-quality coatings provide efficient reflection at the substrate surface for laser optical systems, scientific experiments, industrial processing and optical measurement. Unlike ordinary mirrors, they are designed for high-power narrow beams, with stable reflection across a broad wavelength range and reduced energy loss. Reflectance above 95% minimizes beam-path losses. Multiband compatibility spans ultraviolet, visible and near-infrared bands. High power handling suits laser systems with very high beam power density. Treated coatings and substrates provide durable operation in laboratory and industrial environments. Glass, fused-silica and ceramic substrates meet different thermal-expansion and mechanical requirements.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Coating Material [Selected According to Wavelength and Optical Power; Ag; Al; Au] | Silver (Ag), aluminum (Al), gold (Au), dielectric coatings |
| Substrate Material [Different Thermal Expansion Coefficients and Mechanical Strengths] | BK7, Fused Silica, Ceramic |
| Reflectance [Dependent on Wavelength Band] | 95–99% |
| Operating Wavelength Band [Covers the UV to Near-Infrared Range] | 200–2500 nm |
| Angle of Incidence [Customizable According to System Design] | 0–45° |
| Maximum Power Handling [High-power laser application parameters] | ≤10 W/cm² |
| Dimensions [Circular, Square or Other Shapes Can Be Customized] | 5–200 mm or Customized on Request |
Datasheet
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Supplier Information
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