Properties of high carbon ferromanganese 65
First of all, from the chemical composition point of view, 65 high carbon ferromanganese is mainly composed of three elements: iron, manganese and carbon. Among them, iron is the main component, manganese is the key component, and the carbon content is relatively low, but it has an important impact on the properties of the alloy.
Secondly, the physical properties of 65 high carbon ferromanganese mainly include its density, melting point, hardness, etc. These properties are closely related to the composition and structure of the alloy. For example, the density of 65 high carbon ferromanganese is usually between 7.8-7.85g/cm³, the melting point is between 1200-1300 degree , and the hardness is relatively high.
In addition, 65 high carbon ferromanganese also has good wear resistance, corrosion resistance and high temperature strength. These properties make it widely used in metallurgy, machinery manufacturing and other industrial fields.
In high-carbon ferromanganese, manganese is the key component, with the content usually between 20-80%, and the carbon content usually between 2.0-8.0%. It plays an important role in improving the hardness and wear resistance of the alloy.
Taking 65 high carbon ferromanganese as an example, the grade is expressed as: FeMn65C7.0, the Mn content is more than 65%, generally between 65-72%, the C content is 7.0, which may also contain a small amount of silicon (Si), sulfur (S), phosphorus (P) and other impurity elements, and the rest is mainly Fe element. The content ratio of these elements will have a certain impact on the performance of the alloy.
