Discontinued (Discontinued) ST0997 Nickel Gallium Sputtering Target, Ni/Ga

Nickel-Gallium-Sputtering-Target Description

The Nickel-Gallium sputtering target, Ni/Ga, offers exceptional performance for sputtering processes used in the semiconductor, optics, and coating industries. With a purity of ≥99%, it is developed and manufactured under stringent quality controls, supporting precise deposition and uniform layer formation. Its innovative design with custom discs or special shapes, combined with the use of indium bonds, makes it highly adaptable for various industrial applications. Stanford Advanced Materials employs advanced technology and state-of-the-art processes to deliver a product that meets both performance and reliability standards.

Nickel-Gallium-Sputtering-Target Applications

- Thin film deposition: Ideal for producing high-quality layers in electronic devices, sensors, and optical components.
- Semiconductor manufacturing: For precise structuring and deposition in integrated circuits and microelectronics.
- Coating technology: Provides uniform coatings that enhance the corrosion resistance and wear resistance of industrial tools and components.
- Research and development: Suitable for experimental setups and materials science research requiring high-purity sputtering targets.

Nickel-Gallium-Sputter-Target Packaging

Our Nickel-Gallium sputtering targets are packaged with the utmost care to ensure their integrity during shipping and storage.
- Standard packaging: Vacuum-sealed, anti-static packaging that ensures contamination-free delivery.
- Custom packaging: Options are available for specific handling requirements or bulk shipments.

Frequently Asked Questions

Q: Which industries benefit most from using the Nickel-Gallium sputtering target?
A: It is highly beneficial for semiconductor manufacturing, optical device production, thin film deposition for electronics, and research applications in materials science.

Q: How are custom shapes for the sputtering targets determined?
A: Custom shapes are manufactured based on customer specifications, using advanced manufacturing techniques to meet precise design and performance requirements.

Q: What quality control measures are taken during production?
A: Our manufacturing process includes rigorous purity controls, advanced bonding techniques, and comprehensive testing to ensure that the sputtering targets meet or exceed industry standards.

Q: Can packaging be altered for large shipments?
A: Yes, we provide customised packaging solutions tailored to the requirements of bulk shipments and specific handling instructions.

Q: What support is available if a customer needs assistance with installation or usage?
A: Stanford Advanced Materials offers extensive technical support, including installation guidance, application consultation, and after-sales service, to ensure optimal product performance.