Silver Single Crystal Substrate Description
Silver Single Crystal Substrates are meticulously grown using the Modified Bridgman technique, allowing for precise control over crystal orientation and quality. Each substrate is carefully cut from the silver ingot and polished to achieve a surface roughness of 30 Å, ensuring optimal performance in various applications.
Silver Single Crystal Substrate Applications
Silver Single Crystal Substrates are integral to a variety of high-precision applications, including but not limited to:
- Optical Devices: Utilized in the fabrication of lenses, mirrors, and other optical components requiring high purity and clarity.
- Electronic Components: Serves as a substrate for electronic circuits where excellent conductivity and minimal surface roughness are essential.
- Scientific Research: Employed in experiments and studies that demand precise crystal structures and surface finishes.
- Photonics: Used in the development of photonic devices that rely on the unique properties of single crystal substrates.
Manufacturing Process
Our Silver Single Crystal Substrates are grown along the <111> crystal direction using the Modified Bridgman method. This process ensures uniform crystal growth and minimizes defects, resulting in high-quality substrates. Post-growth, each substrate is accurately cut from the ingot and subjected to an optical polishing process to achieve the desired surface roughness.
Packaging
At Stanford Optics, we prioritize the integrity of our Silver Single Crystal Substrates. Each substrate is carefully handled and packaged to prevent any damage during storage and transportation. This meticulous approach ensures that our products arrive at your location in pristine condition, ready for immediate integration into your projects.
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