Density of iron ore
Release time:
2025-03-26
The density of iron ore is affected by its grade and crystallization condition. For example, the density of iron ore with a grade of about 30% is about 4.8 T/m³.
The density of iron ore varies depending on its type, grade and crystallization condition. The following is a detailed analysis of iron ore density:
General density range
The density of iron ore is usually between 2.5-5.3 g/cm³. Specifically:
The density of magnetite is the largest, about 5.3 g/cm³.
The density of manganese ferromanite is the smallest, about 4.5 g/cm³.
After selection, the density of iron ore with a grade of more than 65-70% is between 4.2-4.6 g/cm³.
Density in different states
The density of unbreakable iron ore is approximately 4.8 T/m³.
The crushed bulk density is generally around 2.5 T/m³.
Unit conversion
The density of iron ore can also be expressed as tons/m3 (T/m³), with a value of about 2.5-3.5 T/m³.
Influencing Factors
The density of iron ore is affected by its grade and crystallization condition. For example, the density of iron ore with a grade of about 30% is about 4.8 T/m³.
To sum up, the density of iron ore varies depending on type and state, and the specific value needs to be determined based on actual conditions. If you need to know more about the density of a specific type of iron ore, you can search for keywords such as magnetite density or manganese iron ore density.
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