Brief: See the solution in real use and note how it behaves under normal conditions. This video provides a detailed walkthrough of the Multifunctional Lab Created Green Sapphire Boule, showcasing its production via the CZ Growing Method. You will learn about its unique hexagonal crystal structure, observe its optical clarity, and see demonstrations of its exceptional hardness and chemical stability in various applications.
Related Product Features:
Produced using the advanced CZ (Czochralski) growing method for high-quality crystal formation.
Exhibits a vibrant green color due to specific ion penetration during the crystal growth process.
Features a hexagonal lattice crystal structure with high anisotropy and mechanical strength.
Boasts exceptional hardness, rated 9 on the Mohs scale, making it highly wear-resistant.
Offers a broad optical transmittance range from 0.14 to 6.0 μm, covering UV to mid-infrared bands.
Demonstrates high chemical stability, resisting corrosion from most acids and alkalis at normal temperatures.
Has a high melting point of approximately 2040°C, suitable for extreme thermal environments.
Provides excellent dielectric properties with high electrical resistance and a stable dielectric constant.
FAQs:
What is the CZ Growing Method used for this sapphire boule?
The CZ (Czochralski) method is a crystal growth technique used to produce high-quality, single-crystal sapphire boules. It allows for precise control over the crystal structure and the introduction of specific trace elements, such as those that give the sapphire its green color.
Can you produce custom shapes or specifications for the green sapphire boule?
Yes, we specialize in customized production and OEM work. We require CAD or 3D drawings from clients to precisely manufacture sapphire products according to their specific design and application needs.
What are the key applications for this lab-created green sapphire?
Due to its excellent optical, mechanical, and thermal properties, it is widely used in demanding applications such as high-vacuum systems, high-temperature furnace windows, sensor optical parts, precision mechanical components, and wear-resistant windows.
How does the hardness of this sapphire compare to other materials?
Sapphire has a hardness of 9 on the Mohs scale, making it the second hardest known oxide crystal material, surpassed only by diamond. This gives it exceptional wear resistance and durability.