The production process of iridium titanium mesh is rigorous and precise, mainly including the following key steps:

Raw material preparation: Carefully select high-quality copper mesh as the base material, first thoroughly clean it to remove surface oil stains and other impurities, ensuring the smooth progress of subsequent electroplating processes.

Surface treatment: Through a series of processes such as acid washing and electrolytic surface treatment, the oxide and other impurities on the surface of the copper mesh are thoroughly removed, making the surface of the copper mesh reach a clean and activated state, providing a good adhesion foundation for the subsequent electroplating process.

Iridium plating: Immerse the prepared copper mesh into a specific plating solution, and use the principle of electrolysis to gradually deposit a uniform layer of iridium metal on the surface of the copper mesh. This process requires precise control of parameters such as current, voltage, and time to ensure that the quality and thickness of the iridium layer meet the requirements.

Electroplating titanium: On the surface of a copper mesh that has already been coated with iridium, another electrolytic operation is performed to uniformly deposit titanium metal on top of the iridium layer. Similarly, this step also requires strict control of process parameters to ensure the overall performance of iridium titanium plated mesh.

Cleaning process: After electroplating, carefully clean the iridium titanium plated mesh to remove residual plating solution and other impurities on the surface, making it meet the usage standards.

It is through such a rigorous production process that iridium titanium plated mesh is endowed with unique and excellent performance, making it play an indispensable role in fields such as solar cells and catalysts. With the continuous advancement of technology, the application scope of iridium titanium mesh is expected to further expand, providing strong support for the development of more industries