Platinized Ti Anode Rhodium Plating Tool Mesh with Handle, Ti Mesh for Plating Machine Anodes Grid, Jewelry Making Kits, Jewelry Making Display and Packaging Supplies
[Product Characteristics]: The Platinized Ti Anode Rhodium Plating Tool Mesh is a highly specialized product that features a unique set of characteristics that set it apart from other anodes in the market. Firstly, it has an outstanding anodic polarization capacity, making it highly efficient in generating the anodic reaction in an electroplating process. This anode also features a highly conductive surface, ensuring efficient transfer of electricity between the electrode and the electroly
[Product Material]: This Ti Mesh is made of platinized Ti, which is a highly and rust resistant material. Platinized Ti is also known for its excellent conductivity, making it a popular choice in the electroplating industry. The rhodium plating applied to the surface of the anode serves to enhance the resistance, ensuring a longer lifespan of the product.
[How to Use]: The Ti Plating Tool Mesh with Handle is easy to use, and its installation is simple and straightforward. Before installation, make sure the surface of the anode is clean and free of any impurities. After installation, connect the anode to the power supply and immerse it in the electrolyte. The anode will generate the anodic reaction necessary for the electroplating process.
[Product Application]: This Platinized Ti Anode Rhodium Plating Tool Mesh is specially designed for use in the electroplating industry, where it serves as an essential component in the electroplating process. The Platinized Ti Anode Rhodium Plating Tool Mesh generates the anodic reaction necessary for the deposition of metal ions onto the surface of a substrate, forming a layer of metal coating.
[Anodic polarization]: The most prominent feature of the Platinized Ti Anode Rhodium Plating Tool Mesh is its exceptional anodic polarization capacity. This feature makes the anode highly efficient in generating the anodic reaction in an electroplating process, making it an ideal choice for use in the electroplating industry. Additionally, the product's high resistance and excellent conductivity make it a and reliable choice that can withstand harsh operating conditions.