Grinding equipment
Ball mill: This design improves upon the shortcomings of the open-flow method while leveraging the advantages. It supports various drive systems with dynamic and static pressure and full static pressure bearings, and employs state-of-the-art wear-resistant materials and manufacturing processes.
It is characterized by high productivity and low power consumption, and can be used for models in the Φ4m–Φ8m range.
Vertical roller mills: In addition to raw materials for cement manufacturing plants, cement, and slag grinding, there are leading manufacturers that have developed models for grinding manganese ore, bauxite, heavy calcium, lead-zinc tailings, iron tailings, tungsten tailings, etc., to meet various needs.
It offers the advantages of strong drying capabilities, high operability, convenient maintenance, long service life of wearing parts, low vibration, stability during operation, high productivity, and low investment costs etc.
High-pressure roll grinder: This newly developed energy-saving grinder for cement production improves grinding productivity by 50–100% in comparison with older equipment, while at the same time reducing power consumption by 20–30%. In the grinding product, fine powder of 0.08mm in diameter accounts for 20–35% and fine granules of less than 20mm in diameter account for 65–85%. There are many cracks inside the fine granules, which greatly improves the grinding effect.
It also offers increased wear resistance of consumables and low operating noise.
