Platinised Titanium Ti Anode Electrode
The preparation process flow of platinized titanium anode usually involves the following steps:
1. Material preparation: First, the titanium metal substrate needs to be prepared. This can be a bulk piece of titanium or another shaped substrate, depending on the application requirements.
2. Cleaning and pre-treatment: The titanium metal substrate is subjected to rigorous cleaning and surface pre-treatment to remove any impurities, oxides or grease, etc. to ensure that the platinum layer can be evenly attached to the substrate.
3.0 Anode and electrolyte preparation: In the electrolytic cell, prepare platinum as the anode and the corresponding electrolyte, usually a solution containing platinum salts. The composition of the electrolyte depends on the thickness and nature of the platinum to be obtained.
4.0 Electroplating process: Take the prepared titanium metal substrate as the cathode and platinum as the anode, immerse them in the electrolytic tank, and then start the electroplating process by applying electric current. Under the influence of electric current, platinum is dissolved from the anode and then deposited on the titanium metal substrate. Plating time and current density are usually determined by the required thickness and quality of the platinum layer.
5.0 Cleaning and processing: After electroplating is completed, the anode needs to be removed from the electrolytic tank and cleaned and processed to remove residual electrolytes and impurities.
6.0 Inspection and testing: The prepared platinum titanium anode usually needs to be inspected and tested to ensure that its quality and performance meet the requirements. This may include thickness measurements, surface quality checks and electrochemical performance testing.
7.0 Packaging and Storage: Finally, anodes are typically packaged to protect their quality and then stored under appropriate conditions for future use.
This is the general preparation process flow for platinized Ti anode electrode. Specific process parameters and conditions will vary depending on the desired anode specifications and application. The preparation process needs to be carried out under suitable equipment and conditions to ensure that the platinum layer is evenly and firmly attached to the titanium metal substrate.
Platinized titanium anode is usually used in the environment which needs high corrosion resistance, high electrical and catalytic activity, such as metal electroplating, wastewater treatment, electrolytic disinfection, etc.
