Which waste residues can be processed and reused with higher value? For the processing of some iron tailings, slag and high magnesium interlayer in limestone mine, we need to use high-efficiency mills. SMMVIK Machinery has high-quality and high-efficiency mills, which can better process ore waste residue and exert greater value.
At present, the slag production line has become a hot spot in the building materials industry. Many enterprises have chosen to establish and transform their own slag production line. As an important host grinding equipment in the processing production line, we should fully consider the advantages of the equipment, Why should we use this kind of grinding machine?
1. SMMVIK Machinery vertical mill is equipped with a powder concentrator, so there is no need to add additional powder concentrator, and the finished products can be directly collected by the dust collector.
2. The product fineness is easy to adjust, no dust pollution and easy maintenance, reliable operation, high grinding efficiency of vertical mill.
3. The pressurizing device is a component that provides grinding pressure for the grinding roll. It is composed of a high-pressure oil station, a hydraulic cylinder pull rod, an accumulator, etc, and can apply sufficient pressure to the grinding roll to crush materials.
4. With strong drying capacity, the vertical mill uses gas to transport materials. When grinding materials with large moisture content, the air inlet temperature can be controlled to make the products reach the standard moisture content.
5. Due to the compact layout of the vertical mill grinding system , the vertical structure of the vertical mill, the floor area is greatly reduced compared with the previous mill system. Only in the land cost, it greatly reduces the economic pressure of the enterprise.
At present, there are many types and models of ore pulverizers in the market. The vertical pulverizer of SMMVIK Machinery has high quality and efficiency. How to choose the pulverizer for processing ore depends on the nature of the ore, the particle fineness and output of the pulverizer and the site conditions, so as to truly improve the utilization value of ore waste residue.
