Electrode paste - Names and Identifiers
Electrode paste - Physico-chemical Properties
Use | Use for iron alloy furnace, Calcium Carbide Furnace, etc. |
Electrode paste - Introduction
Electrode paste is a material used for electrodes in batteries, electrolytic cells, electrolyzers and electrolysers. It usually consists of a metal or semiconductor powder, a binder and a solvent.
The main properties of the Electrode paste are as follows:
1. It can provide the conductivity of the electrode surface, so that the current can be effectively transmitted in the battery or electrolysis process.
2. It has good adhesion and can firmly adhere the electrode material to the electrode body.
3. It has high chemical stability and can be used for a long time without irreversible reaction.
4. It has good mechanical strength and can resist the influence of external stress and vibration.
The use of Electrode paste is wide, including but not limited:
1. Used in the manufacture of batteries, such as lithium-ion batteries, lead-acid batteries and zinc-manganese batteries.
2. Used in electrolytic processes, such as electrolytic aluminum, electroplating and Electrolytic Water.
3. Used to prepare semiconductor devices, such as solar cells and LEDs.
The preparation of Electrode paste usually involves the following steps:
1. Mix the metal or semiconductor powder with the binder to obtain a uniform mixture.
2. Gradually add the solvent and stir until the appropriate viscosity and fluidity are obtained.
3. Coat the mixture on the electrode base or electrode material, and dry and cure at appropriate temperature and humidity.
When using Electrode paste, you need to pay attention to some safety information:
1. Avoid inhaling Electrode paste dust or solvent vapor, and use suitable respiratory protection equipment.
2. Avoid contact with skin and eyes, wear gloves and goggles if necessary.
3. When preparing and handling Electrode paste, use ventilation facilities to ensure indoor air circulation.
4. Follow relevant safety procedures and properly store and dispose of waste.
Last Update:2024-04-09 19:05:54