ST0899 Lithium Zinc Oxide Sputtering Target, LZO

Lithium-Zinc-Oxide Sputter Target Description

The Lithium-Zinc-Oxide Sputter Target, LZO, is a high-performance material designed specifically for sputtering applications. With a composition of Li:ZnO and a purity of ≥99%, this target offers reliable and consistent performance in various production environments. Its customizable shapes, including discs and special designs, allow it to be tailored to different industrial requirements. The precise material properties and advanced bonding with Indium ensure high-quality sputter results for applications in electronics and advanced coatings.

Applications for Lithium-Zinc-Oxide Sputter Targets

- Electronics: Ideal for the production of thin films and conductive layers in semiconductor devices.
- Optics: Used in deposition processes for optical coatings to enhance the performance of lenses and mirrors.
- Surface Coatings: Employed in sputtering systems to produce uniform, high-quality coatings on industrial components.
- Research and Development: Suitable for experimental setups and prototype development in materials science.

Lithium-Zinc-Oxide Sputter Target Packaging

The Lithium-Zinc-Oxide Sputter Target, LZO, is carefully packaged to ensure protection during transport and storage. Custom packaging options are available to meet specific customer requirements while maintaining product integrity.

Frequently Asked Questions

Q: What is the primary application of the Lithium-Zinc-Oxide Sputter Target, LZO?
A: It is primarily used in sputtering systems for the deposition of thin layers and advanced coatings in electronics, optics, and industrial components.

Q: How is the high purity (≥99%) of the target maintained during production?
A: The target is manufactured using controlled processes and stringent quality control measures to ensure minimal contamination.

Q: Can the shape of the sputter target be customised?
A: Yes, customers can request custom shapes that go beyond standard discs and are suitable for specific devices or applications.

Q: What benefits does the use of Indium as a binding material for the sputter target offer?
A: Indium enhances the quality of the bond, ensuring secure attachment during the sputtering process and contributing to uniform deposition performance.