Product Description:

The Single Crystal Substrates product offers exceptional quality and performance for various applications in the field of materials science and engineering. With a thickness of 0.5 mm, these substrates provide a sturdy and reliable foundation for thin-film growth and deposition processes.

One of the key features of these substrates is their high lattice constant, which plays a crucial role in determining the structural and electronic properties of the deposited thin films. This high lattice constant makes the Single Crystal Substrates ideal for applications that require precise control over crystal orientation and growth dynamics.

Furthermore, the thermal conductivity of 7.4 W m-1k-1 ensures efficient heat dissipation during thin-film deposition processes, leading to enhanced film quality and uniformity. This attribute is particularly advantageous for applications where thermal management is critical for achieving desired material properties.

The Single Crystal Substrates also exhibit a length tolerance of ±0.2 mm, ensuring consistency and accuracy in substrate dimensions. This level of precision is essential for achieving reproducible results in thin-film growth experiments and device fabrication processes.

With a maximum size of 4 inch diameter, these substrates offer a generous surface area for accommodating larger thin-film structures and experimental setups. The 4 inch diameter provides ample space for conducting experiments and fabricating devices with complex geometries and multi-layered structures.

Customers can rely on the provided test report to verify the quality and specifications of the Single Crystal Substrates. The test report serves as a valuable resource for ensuring product authenticity and performance consistency, giving users confidence in the reliability of these substrates for their research and development needs.

Features:

• Product Name: Single Crystal Substrates
• Polish: EPI Polished
• Type: Cubic/Round
• Length Tolerance: ±0.2mm
• Maximum Size: 4 Inch Diameter
• Mineralogical: Garnet
• Keywords: SGGG, Ra≤1nm, 0.5mm thickness

Technical Parameters:

Applications:

Crystro's Single Crystal Substrates, model number 3inch SGGG/GGG, are high-quality products originating from China. With a length tolerance of ±0.2mm and a maximum size of 4 inches in diameter, these substrates are ideal for various applications in the field of epitaxial growth.

The Single Crystal Substrates from Crystro are specifically designed for the epitaxial growth of YIG and BIG films. These substrates serve as the perfect foundation for growing high-quality, uniform films of Yttrium Iron Garnet (YIG) and Bismuth Iron Garnet (BIG). The substrate materials for YIG and YSGG are meticulously crafted to provide the optimal surface for the growth of these films.

Featuring a customizable angle direction, these substrates offer flexibility in accommodating specific growth requirements. The maximum diameter of up to 3 inches ensures that a significant area is available for the epitaxial growth process, allowing for efficient and consistent film formation.

The Single Crystal Substrates from Crystro are well-suited for a range of application occasions and scenarios. Whether in research laboratories, academic institutions, or industrial settings, these substrates play a crucial role in facilitating the growth of YIG and BIG films. Researchers and scientists can rely on the high quality and precision of Crystro's substrates to achieve reproducible and reliable results in their epitaxial growth experiments.

Customization:

Product Customization Services for the Single Crystal Substrates - Magneto-optical substrate, YSGG, 3inch diameter

Brand Name: Crystro

Model Number: 3inch SGGG/GGG

Place of Origin: China

Thermal Conductivity: 7.4W M-1k-1

Length Tolerance: ±0.2mm

Dielectric Constant: 30

Doping Type: No-doped

Angle Direction: Customized