Electrolytic manganese (electrolytic manganese metal), refers to the use of manganese ore by acid leaching to obtain manganese salts, and then sent to the electrolysis of the electrolytic precipitation of a single metal. Appearance like iron, irregular flake, firm and brittle, one side bright, the other side rough, silver-white to brown, silver-grey after processing for the powder; easy to oxidise in the air, dissolve and displace hydrogen when encountering dilute acid, and can decompose water and release hydrogen gas when slightly higher than room temperature.
Role of electrolytic manganese flakes: the purity of electrolytic manganese is very high, its role is to increase the hardness of the combined metal materials, the most widely used manganese-copper alloys, manganese-aluminium alloys, 200 series stainless steel, manganese in these alloys can improve the alloy's strength, toughness, wear resistance and corrosion resistance.
Application areas of electrolytic manganese flakes: Manganese and manganese alloys are one of the indispensable and important raw materials for iron and steel industry, aluminium alloy industry, magnetic material industry, chemical industry and so on.
Manganese is an indispensable additive in smelting industry. Electrolytic manganese is the main raw material for the production of manganese tetraoxide after processing into powder. The magnetic material originals which are widely used in the electronic industry are produced by manganese tetraoxide, and electrolytic manganese metal is needed in the electronic industry, metallurgical industry and aerospace industry. With the continuous development of science and technology and the continuous improvement of productivity level, electrolytic manganese metal, due to its high purity and low impurity characteristics, has been successfully and widely used in various fields such as iron and steel smelting, non-ferrous metallurgy, electronic technology, chemical industry, environmental protection, food hygiene, electrode industry, aerospace industry and so on.
