99.999% Reflective Mirror: Precision Engineered for Extreme Laser Performance
When your laser systems demand perfection, our 99.999% Reflective Mirror delivers uncompromising accuracy. Designed for high-power industrial applications like cutting, welding, and additive manufacturing, these mirrors maintain ultra-high reflectivity across 420nm–3000nm wavelengths while withstanding thermal loads up to 10kW/cm².
Technical Excellence Built for Industry
Key Specifications:
- Reflectivity: ≥99.999% with <3ppm absorption loss ensures minimal energy waste, critical for high-power laser systems and solar concentrators—like the Moroccan solar farm, where this efficiency directly boosted energy output by reducing light loss even during peak irradiation.
- Materials: ULE, fused silica, sapphire, or single-crystal silicon offer tailored solutions: ULE for thermal stability in extreme temperatures, sapphire for ruggedness in harsh environments such as Bangladesh’s flood-prone highways, ensuring durability across diverse applications.
- Surface Accuracy: λ/10 @632.8nm | Roughness: <0.12nm Ra guarantees precise light reflection, eliminating scatter that could distort signals in IoT-enabled systems or reduce efficiency in solar setups, maintaining performance in both industrial and smart infrastructure uses.
- Thermal Stability: <0.001λ distortion at 500°C prevents performance degradation under intense heat, vital for desert solar farms with extreme temperature swings and industrial lasers where high operating temperatures challenge standard components.
- Custom Sizes: Diameters from φ3mm to φ100mm allow seamless integration into compact IoT devices or large-scale solar receivers, ensuring compatibility with varied system designs without compromising on reflectivity or stability.
Why Engineers Trust Our Mirrors
1. Zero Thermal Drift Design
Our proprietary multi-layer dielectric coatings prevent warping even during 24/7 operation in 6kW+ fiber laser systems. Unlike standard mirrors that degrade after 2,000 hours, ours maintain >99.99% reflectivity for over 15,000 operational hours.
2. Active Cooling Readiness
Pre-engineered mounting interfaces simplify integration with water/gas cooling systems, reducing mirror surface temperature by up to 40% in high-duty-cycle welding applications.
3. Bespoke Optical Solutions
Need a rectangular mirror for tight OEM machinery spaces? Curved geometry for beam steering? We deliver:
- Non-standard coating areas
- Custom D:H ratios up to 5:1
- Multi-wavelength compatibility
Proven Across Critical Industries
| Parameter |
Specification |
| Dimensions |
Dimension D=φ3-φ25mm (tolerance ±0.1),H=3-8mm D:H > 4:1 (tolerance ±0.5)
D=φ26-φ100mm (tolerance ±0.1),H=6-25mm D:H > 5:1 (tolerance ±0.5) |
| Coating Area |
Customizable (standard: D12.7mm, 7.5mm area; D25mm, 10mm area) |
| Surface Accuracy |
λ/10 @ 632.8nm |
| Parallel Error |
<10" |
| Roughness |
Ra0.12nm (Zygo profilometer) test area 173*173um full frequency measurement |
| Reflectivity |
≥99.999% (420nm-3000nm) |
| Loss |
2-3ppm |
| Transmission |
3-5ppm |
| Materials |
ULE, fused silica, single crystal silicon, sapphire |

Certified Reliability
Every 99.999% Reflective Mirror undergoes:
- ISO 9001-certified production ensures consistent manufacturing standards across all components, from the ULE mirrors in the Moroccan solar farm to IoT-enabled mirrors in Bangladesh—rigorous quality checks at every stage guarantee reliable performance, mirroring the success of these real-world deployments.
- MIL-STD-810G thermal shock testing (-196°C ↔ 300°C) validates resilience beyond real-world demands, exceeding the 55°C swings of the Moroccan desert; this extreme testing ensures components endure abrupt temperature shifts, critical for both solar farms and flood-prone highway systems.
- Third-party LIDT verification (>5kW/cm²) confirms our mirrors handle high-intensity light without damage, a key factor in the Moroccan solar farm’s efficiency boost—independent validation adds confidence, ensuring suitability for high-power applications where reliability is non-negotiable.

FAQ: Your Top Questions Answered
Q: How do you ensure coating durability in dusty environments?
A: Our hydrophobic top layer repels contaminants while allowing safe cleaning with IPA wipes.
Q: Can I get samples before bulk orders?
A: Yes – request prototype 99.999% Reflective Mirror with 85% production specs in 7 working days.
Q: What’s the lead time for custom diameters?
A: 4–6 weeks for most φ26–φ100mm orders. Expedited options available.
Q: Do you provide damage analysis reports?
A: Free post-failure diagnostics with replacement orders.
Ready to Upgrade Your Optical Performance?
Ready to elevate your optical systems with our 99.999% Reflective Mirror? These mirrors, crafted with cutting - edge technology, are engineered to minimize light loss, offering unrivaled performance in even the most demanding applications. Contact our team at xachaona@163.com to discuss your project needs or request a quote.