GRAPHITE ELECTRODES - Names and Identifiers
GRAPHITE ELECTRODES - Physico-chemical Properties
| Use | Uses for casting, electric furnace steelmaking, non-ferrous smelting, chemical industry, military industry, metallurgy, etc. |
GRAPHITE ELECTRODES - Introduction
GRAPHITE ELECTRODES is an important material for electrochemical reactions. The following is an introduction to the nature, use, formulation and safety information of GRAPHITE ELECTRODES:
Nature:
1. Strong conductivity: GRAPHITE ELECTRODES have good conductivity and can maintain stable conductivity at high temperatures.
2. High stability: GRAPHITE ELECTRODES has high chemical stability and is not easy to be oxidized or reduced.
3. High mechanical strength: GRAPHITE ELECTRODES has high mechanical strength and shock resistance.
4. Corrosion resistance: GRAPHITE ELECTRODES can withstand the corrosion of most acid and alkali media.
Use:
1. Electrochemical industry: GRAPHITE ELECTRODES are widely used in ELECTRODES for electrocatalytic reactions such as batteries, electrolytic cells, and electrolytic cells.
2. Metallurgical industry: GRAPHITE ELECTRODES is used in electric arc furnaces and smelting furnaces in smelting, steelmaking, casting and other processes.
3. Chemical Industry: GRAPHITE ELECTRODES can be used for synthetic ammonia, sulfuric acid and other chemical reactions and Electrolytic Water hydrogen production electrolyzer.
Method:
1. The preparation of GRAPHITE ELECTRODES is generally formed by stacking graphene layers, and then sintered at high temperature to increase its crystallinity and density.
2. In the preparation process, graphite powder is usually mixed with a binder, and then pressed and sintered at high temperature to finally form an electrode.
Safety Information:
1. GRAPHITE ELECTRODES has high conductivity, so attention should be paid to avoid the danger of electric shock when using it.
2. In the processing and use of GRAPHITE ELECTRODES, attention should be paid to prevent sharp temperature changes and physical damage.
3. GRAPHITE ELECTRODES may release toxic gases under high temperature conditions and should be fully ventilated.
4. When disposing of discarded GRAPHITE ELECTRODES, it should be disposed of in accordance with relevant regulations to avoid environmental pollution.
Last Update：2024-04-09 02:00:50