Cerium Gadolinium Alloy (CeGd) sputtering targets are designed for advanced thin film deposition processes. They have high purity and excellent physical properties to ensure uniform and stable film formation in the preparation of functional thin films. The target is composed of high-purity cerium and gadolinium alloys with high density and good compactness, which effectively reduces the impurity content and meets the needs of precision optics, magnetic and functional materials.
We provide Cerium Gadolinium Alloy sputtering targets in various shapes and sizes, including round and rectangular, and support customization according to customer specific requirements. Equipped with professional after-sales technical support to ensure that you get full assistance and solutions during the application process.
Purity: 99.5%-99.95%
High density to ensure uniform film deposition
Alloy ratio can be customized to meet various process requirements
Various sizes and shapes are available for flexible adaptation to equipment
Target binding service can be provided
Applicable to optical thin films, magnetic materials and high-performance electronic devices
Optical thin films: Preparation of high reflectivity and functional coatings for lasers, lenses and optical sensors.
Magnetic materials: Cerium Gadolinium Alloy is used in magnetic storage devices and spintronic devices, using the magnetic properties of Ce and Gd to improve performance.
Functional electronic devices: CeGd is used as functional thin film deposition materials to improve device stability and reliability.
New energy field: used for the preparation of functional layers in fuel cells and photovoltaic devices.
We provide a complete certificate of analysis (COA), material safety data sheet (MSDS) and related quality inspection reports for each batch of products. At the same time, we support third-party testing to ensure high consistency of product quality and performance.
Molecular formula: CeGd (customizable ratio)
Appearance: Silvery whit
Density: about 7.4 g/cm³
Melting point: about 1,350 °C
Thermal conductivity: about 15 W/m-K
Specific heat capacity: about 0.20 J/g-K
Coefficient of thermal expansion: about 9.5 × 10⁻⁶ /K
Chemical stability: stable in dry air and inert atmosphere, easy to prevent oxidation treatment and storage
Inner packaging: Vacuum-sealed bag to protect against contamination and moisture.
Outer packaging: Carton or wooden box, depending on size and weight.
Fragile targets: Special protective packaging is used to ensure safe transport.
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