Calcium Fluoride Super Low Loss Spherical Mirror

① Dimension
1）D=φ12.7-φ50.8mm（tolerance±0.1），H=4-8mm D:H＞4:1(tolerance±0.5） 2）D50.8-φ100mm（tolerance±0.1），H=10-25mm D:H＞4:1(tolerance±0.5）
② Coating area size: conventional size D12.7, coating area size 7.5; D25 coating area size 10, other coating area size can be customized
③ Curvature: SR=500-8000(customize)，curvature accuracy±0.05%
④ Surface accuracy: λ/2-λ/10@632.8nm
⑤ Spherical accuracy:30"-3′
⑥ Roughness: Ra0.12nm (Zygo profilometer) test area 173*173um full frequency measurement
⑦Coating requirement: wavelength 632nm-1550nm, reflection ≥99.999%, loss 2-6ppm, transmission 3-5ppm
Back anti-reflection;
⑦ Material:Calcium fluoride
Note: The specific indicators are not limited to the above scope, and can be customized according to user's needs.
Application:Femtosecond ultrafast laser, high precision optical detection

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Product Description

Calcium Fluoride Super Low Loss Spherical Mirror Manufacturer And Supplier

Xi'an SNP Precision Optics CO., LTD is a leading manufacturer and supplier of Calcium Fluoride Super Low Loss Spherical Mirrors. Our advanced manufacturing processes and stringent quality control ensure superior performance, unmatched durability, and consistent quality across large batches. Experience the SNP advantage with our cutting-edge optical solutions.

Calcium Fluoride Super Low Loss Spherical Mirror Introduction

Welcome to the world of high-precision optics with our Calcium Fluoride Super Low Loss Spherical Mirror. These advanced optical components are designed to meet the exacting standards of aerospace, defense, and advanced research applications. Crafted from premium-grade calcium fluoride, our mirrors offer exceptional reflectivity, minimal loss, and superior thermal stability. Whether you're developing femtosecond ultrafast lasers or engaged in high-precision optical detection, our spherical mirrors deliver the performance you need. With customizable specifications and a wide range of sizes, we ensure that your unique requirements are met with precision and expertise.

Parameters

Parameter	Specification
Dimensions	D=φ12.7-φ50.8mm（tolerance±0.1），H=4-8mm D:H＞4:1(tolerance±0.5） 2）D50.8-φ100mm（tolerance±0.1），H=10-25mm D:H＞4:1(tolerance±0.5）
Coating Area	Customizable (standard: D12.7mm, 7.5mm area; D25mm, 10mm area)
Surface Accuracy	λ/10 @ 632.8nm
Parallel Error	<10"
Curvature	SR=500-8000(customize)，curvature accuracy±0.05%
Roughness	Ra0.12nm (Zygo profilometer) test area 173*173um full frequency measurement
Reflectivity	≥99.999% (420nm-3000nm)
Loss	2-6ppm
Transmission	3-5ppm
Materials	Calcium Fluoride

Note: Specifications can be tailored to your specific needs.

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Applications

Our Calcium Fluoride Super Low Loss Spherical Mirrors excel in:

Femtosecond ultrafast laser systems, where their ability to maintain low losses is crucial for preserving the integrity of ultrashort laser pulses. This ensures accurate and efficient delivery of high - energy pulses for applications like material ablation at the nanoscale.

High - precision optical detection equipment benefits from their outstanding optical properties. They enhance the sensitivity of detectors by minimizing signal degradation, enabling the detection of minute optical changes, such as in trace gas analysis or biological molecule sensing.

Advanced scientific instruments rely on these mirrors for their stability and low scatter characteristics. In spectroscopy setups, they enable precise wavelength discrimination, facilitating detailed chemical and physical analysis of samples in fields like environmental science and quantum physics.

Cutting - edge research in optics and photonics. Scientists use them to manipulate light in novel ways, exploring concepts like optical entanglement and metamaterials. Their performance aids in the development of next - generation optical communication and computing technologies.

Aerospace and defense optical systems. In airborne lidar systems for terrain mapping and target detection, these mirrors' reliability under extreme conditions is essential. They also play a key role in missile guidance and surveillance systems, providing clear and stable optical paths for critical missions. Additionally, in space - based telescopes, their low loss properties contribute to better detection of faint celestial objects over long distances.

Why Choose Us?

Industry-leading expertise: With our state-of-the-art facilities and experienced team, we deliver unparalleled quality and precision.

Customization capabilities: We understand that one size doesn't fit all. Our flexible manufacturing process allows for tailored solutions to meet your unique specifications.

Rigorous quality control: Every mirror undergoes thorough testing to ensure it meets our high standards and your exacting requirements.

Reliable partner: We offer comprehensive technical support, from initial consultation to after-sales service, ensuring a smooth integration of our products into your systems.

Competitive pricing: Despite our premium quality, we strive to offer cost-effective solutions without compromising on performance.

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FAQ

Q: What makes calcium fluoride ideal for super low loss spherical mirrors?
A: Calcium fluoride offers excellent transmission across a wide spectral range, low dispersion, and high laser damage threshold, making it perfect for high-performance optical applications.

Q: Can you provide certificates of analysis with each order?
A: Absolutely! We provide detailed certificates of analysis and test results with every shipment to ensure full transparency and quality assurance.

Q: What is your typical lead time for custom orders?
A: Lead times vary based on specifications and quantity, but we generally aim for 4-6 weeks for custom orders. We'll provide a more accurate timeline upon receiving your specific requirements.

Contact Us

Ready to elevate your optical systems with our Calcium Fluoride Super Low Loss Spherical Mirrors? Our team of experts is standing by to assist you. Reach out to us at xachaona@163.com for quotes, technical inquiries, or to discuss your custom requirements. Let's work together to push the boundaries of optical technology and achieve your project goals.