ST11167 Aluminum Rotary Target, Al Target

Aluminum Rotary Target, Al Target Description

Aluminum Rotary Target, Al Target is produced using high-purity aluminum intended for sputtering deposition systems. The target's rotary design facilitates even erosion and material utilisation during the sputtering process. Its customised dimensions ensure compatibility with various deposition chambers, optimising thin-film uniformity. The material properties, including controlled grain structure and defined melting point, support stable performance in processes that require precise metal vaporisation.

Aluminum Rotary Target, Al Target Characteristics

The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Aluminum Rotary Target, Al Target Applications

Electronics and Semiconductor Processing
- Used as a sputtering target in semiconductor deposition to achieve uniform thin-film coatings by utilising controlled material composition.
- Applied as the metallic source in PVD systems to deposit conductive layers, aiding in the development of microelectronic circuits.

Industrial Coating and Surface Treatment
- Employed as a coating component in surface treatment systems to improve adhesion and film uniformity by utilising its rotary design that enhances material distribution.
- Serves as the basis for decorative and protective coatings on industrial components, ensuring film consistency through tailored dimensional customisation.

Aluminum Rotary Target, Al Target Packing

The Aluminum Rotary Target, Al Target is packaged using moisture-resistant and anti-static materials. It is secured in foam-lined, sealed containers to mitigate mechanical impact and contamination. Storage in a controlled, low-humidity environment is recommended to minimise oxidation. The packaging design facilitates customisation according to target size and shipping requirements. Each package is clearly labelled to ensure proper handling and traceability during transport.

Additional Information

Aluminum sputtering targets have a critical role in physical vapor deposition systems, providing the raw material for thin-film formation in various industries. The properties of aluminum, such as its defined melting point and consistent density, directly impact the efficiency of deposition processes, affecting the quality and uniformity of the resulting films.

Understanding the metallurgical aspects of aluminum, including its grain refinement behaviour and compositional stability, is essential for optimising sputtering applications. Scientific advancements in material characterisation continue to enhance the reliability of aluminum targets, supporting their use in increasingly sophisticated manufacturing environments.