new material
Anhydrous synthetic quartz is a high-purity optical material engineered to have exceptionally low hydroxyl content, ensuring superior thermal stability, high optical clarity, and outstanding resistance to environmental stress. Manufactured using advanced purification and growth techniques, it offers minimal absorption in the UV and IR spectrum, excellent chemical durability, and strong mechanical properties. This material is widely used in semiconductor processing, laser optics, aerospace instrumentation, and high-precision optical applications, providing reliable performance in demanding environments.
Product Overview
Anhydrous synthetic quartz material offers excellent optical performance and chemical stability, making it widely used in industries such as semiconductors, optics, and high-power lasers. Its unique optical transmission properties allow it to provide superior transmission in the ultraviolet, visible, and infrared regions, making it especially suitable for devices that require high stability and precision. This material can be used for ultra-thin elastic components, precision custom-shaped parts, and laser damage-resistant windows. It is commonly used in high-end optical devices such as inertial accelerometers, hemispherical resonant gyroscopes, and laser lenses.
Key Features
- Excellent Optical Transmission: Anhydrous synthetic quartz offers outstanding transmission in the UV, visible, and infrared spectra, with no hydrolytic absorption in the 2.73μm infrared range.
- High Stability: The material has excellent chemical and physical stability, making it ideal for high-energy lasers, semiconductors, and optical systems requiring demanding applications.
- Strong Adaptability: Provides stable performance in a variety of environmental conditions, meeting the demands of high-precision instruments, laser devices, and more.
- Customizable Service: Products can be customized to meet specific requirements such as size, hydroxyl content, and 3D striation patterns, ensuring high standards for various industries.
Applications
- Semiconductor Industry: Widely used in high-precision optical components for semiconductor manufacturing, ensuring efficient operation of optical systems.
- Optical Equipment: Used in high-performance optical devices such as precision optical components, lenses, and windows, ensuring stable and accurate light transmission.
- High-Power Lasers: Serves as a critical material in laser systems, including high-power laser lenses and windows, providing excellent resistance to laser damage.
- Inertial Navigation Equipment: Used in high-precision inertial accelerometers, hemispherical resonant gyroscopes, and other equipment, providing stable and accurate optical support.
- High-End Technology Fields: Employed in advanced optical and laser devices, meeting strict requirements for precision, stability, and performance.
| Property | Value |
| Total Metallic Impurities | ＜10 ppb |
| Hydroxyl Content | ＜1~50 ppm (provided according to customer requirements) |
| Temperature Rise | 2.1℃ (8000w, 150s) |
| Transmittance | 99.93% (248nm) / 99.99% (633nm) |
| Weak Absorption | 0.83 ppm @1064nm |
