1. High recovery rate:
The magnetite beneficiation process has a high recovery rate of iron concentrate. According to reference article 1, the iron ore concentrate recovery rate can reach 92.69%, which means that most of the iron ore can be effectively recovered during the mineral processing process, improving resource utilization.
2. High-grade iron ore concentrate:
Through the magnetic separation process, the iron content in raw ore can be increased to a higher level. Reference article 2 mentioned that for ores with an iron content of generally 35%, the iron content of iron concentrate powder after magnetic separation can reach 68-70%, which significantly improves the quality of the product.
3. Advanced technology and environmental protection:
The magnetite beneficiation process adopts advanced technologies, such as weak magnetic separation, reverse flotation, etc., which can achieve fine separation of ores. At the same time, less water is used during the production process, saving water resources and reducing pollution. Reference articles 1 and 2 both mentioned this.
4. Various mineral processing technologies:
The magnetite beneficiation process includes not only a single magnetic separation process but also weak magnetic-cation reverse flotation, weak magnetic-anion reverse flotation, and other technologies. These technologies can be optimized for different types of ores to achieve better results. The mineral processing effect.
