Magnetron Sputtering Coating Technology of High Purity Iridium Ir - Application in Modern Industry

High purity iridium Ir, as a precious metal, has a wide range of applications in electrical instruments, chemical industry, and precision alloy manufacturing. However, its brittleness and high temperature loss limit its further application. To overcome these issues,Magnetron Sputtering Plating TechnologyThe introduction has opened up new possibilities for the application of iridium.

The important use of iridium in special occasions

1. The application of iridium in pen tips, injection needles, balance blades, compass brackets, electrical contacts, etc

2. Application of Iridium Crucible in Precious Metal Vessel Materials

3. Application of Iridium/Iridium Rhodium Thermocouples in High Temperature Measurement

4. Iridium is used as a container material for radioactive heat sources

5. Application of iridium anodized film as electrochromic material

6. The use of iridium alloy in key sectors

Application of Iridium Compounds

1. The application of iridium salts and chlorinated acids in industry

2. Application of Industrial Catalysts for Iridium Formation of Organometallic Compounds

Application of Iridium in Different Industries

1. Application of Iridium in Chlor Alkali Electrode

2. Application of Iridium in Manufacturing High end Spark Plugs in the Automotive Industry

3. Application of Iridium in Pen Manufacturing

Application of High Purity Iridium Ir Magnetron Sputtering Coating Technology

1. Technical principles and process flow

2. Coating performance and characteristics

3. Application prospects and potential issues

Conclusion:High purity iridium IrIt has important applications in industries such as electrical instruments, chemical industry, and precision alloy manufacturing. Magnetron sputtering plating technology provides new possibilities for the application of iridium, making it more wear-resistant, corrosion-resistant, and high-temperature stable. However, the technology still faces some challenges, such as coating uniformity and cost issues. Through continuous research and development, it is believed that the magnetron sputtering coating technology of high-purity iridium Ir will be widely applied in the future.