ST0498 이리듐 망간 (Ir/Mn) 스퍼터링 타겟

Iridium Manganese (Ir/Mn) Sputtering Target Description

The Iridium Manganese (Ir/Mn) Sputtering Target is engineered for superior performance in sputtering processes. With a composition of Ir/Mn and a purity of ≥99%, this target is available in standard disc shapes or can be custom-made to meet specific application requirements. It is designed to provide consistent, high-quality performance in applications that demand reliability and precision.

Iridium Manganese (Ir/Mn) Sputtering Target Applications

· Semiconductor manufacturing for thin film deposition.
· Production of advanced coatings using sputtering techniques.
· Research and development in physical vapor deposition (PVD) processes.
· LED and display manufacturing for superior layer uniformity.
· Solar cell fabrication where controlled material properties are essential.

Iridium Manganese (Ir/Mn) Sputtering Target Packing

Our Iridium Manganese (Ir/Mn) Sputtering Target is packaged with utmost care to preserve its integrity and quality. Packaging options include secure, protective containers designed for safe transportation and storage, customized to meet client-specific shipping requirements.

Frequently Asked Questions

Q: What industries commonly use Iridium Manganese Sputtering Targets?
A: They are widely used in semiconductor manufacturing, advanced coating processes, LED production, and solar cell fabrication.

Q: Can the target be custom-made to specific dimensions?
A: Yes, the target is available in custom-made shapes to meet unique application needs.

Q: What is the purity level of this sputtering target?
A: The purity of the target is maintained at ≥99% to ensure high-performance results.

Q: Is there a specified melting point for this product?
A: The melting point is listed as N/A, which indicates it is not a relevant parameter for this sputtering target.

Q: What types of bond are used in this product?
A: The product features bonds made with Indium and Elastomer, ensuring reliable performance in sputtering applications.