Magnesium single crystal Substrate Mg wafer purity 99.99% 5x5x0.5/1mm 10x10x0.5/1mm20x20x0.5/1mm

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Single-crystal magnesium (Mg) wafers with high crystallographic purity and hexagonal lattice structures are becoming increasingly important in material science, particularly for applications requiring lightweight yet highly conductive materials. These wafers are precisely oriented along axes such as <0001>, <11-20>, <10-10>, and <1-102> to support specific surface studies, including epitaxy and thin film development. With a purity level of 99.99% and offered in sizes of 5x5x0.5 mm, 10x10x1 mm, and 20x20x1 mm, these substrates provide superior material consistency and integrity. Their high purity and orientation make them suitable for a variety of research applications, including those in surface physics, semiconductor fabrication, and advanced coating technologies. The hexagonal structure of the magnesium crystal allows for enhanced control over experimental parameters, making these wafers indispensable for precision-driven research in both academic and industrial settings. The use of Mg single crystal wafers is paving the way for innovations in fields requiring high-performance materials.

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Mg wafers are highly resistant to corrosion, which enhances their durability in harsh environmental conditions, and their mechanical properties, such as high strength-to-weight ratio, make them suitable for lightweight structural applications. This combination of purity, crystallographic orientation, and material properties make magnesium single crystal wafers a versatile and valuable material for scientific exploration and industrial uses.
Excellent processing performance, can use a variety of metal forming process.The price is relatively cheap, and it is one of the lightweight metals widely used in engineering.It is easily oxidized and requires surface treatment to improve corrosion resistance.Low density, about 2/3 of aluminum, is the lightest of many metals.Good strength and rigidity, stiffness close to aluminum alloy, can be made into lightweight structural parts.Good thermal conductivity, heat conduction coefficient is 1.1 times that of aluminum.
Magnesium (Mg) substrates, particularly those made from single-crystal magnesium, have a wide range of applications across various scientific and industrial fields due to their unique properties such as light weight,high thermal conductivity, and specific crystallographic orientations.

Below are some of the key applications of Mg substrates.
Mg substrates are commonly used in epitaxial growth, where thin layers of materials are deposited on a crystalline substrate. The precise orientation of Mg substrates, such as <0001>, <11-20>, and <1-102>, allows for controlled growth of thin films with matching lattice structures. Magnesium substrates high thermal conductivity and low density make them suitable for applications such as LED production, photovoltaic cells, and other light-emitting or light-sensing devices. Mg substrates are used in the corrosion behavior of magnesium is of particular interest in industries such as aerospace and automotive, where reducing material weight while maintaining durability is a priority.

We can customize various specifications, thicknesses and shapes of Magnesium Single crystal substrate according to customers' specific requirements.Welcome inquiry!