Raymond mill is a commonly used grinding equipment in the quarry plant. Raymond milling machine is mainly suitable for processing mohs hardness below 7, humidity below 6% of all kinds of inflammable and explosive ore, such as gypsum, talc, calcite, limestone, marble, barite, dolomite, granite, kaolin clay, bauxite, iron oxide red, iron ore, etc.
Raymond mill is a mineral processing equipment commonly used in mineral processing equipment. It is also a high-energy equipment. The energy saving design and parameter optimization design of Raymond mill plant is of great significance to reduce energy consumption and improve the efficiency of mineral processing.
1. Strong systemic and high screening rate. The whole machine is a three-dimensional structure, which occupies a small area and has a strong system. It can form a separate production system from the raw material processing to the packaging of powder and powder. The fine fineness of finished product is uniform, and the sieve rate is as high as 99%.
2. Easy to control and easy to maintain. With the centralized control electrical system, the workshop can realize the unattended operation. The electromagnetic vibration feeder is used to feed the material, continuously and evenly, easy to adjust, save oil and power, and easy to maintain.
3. Stable transmission and high wear resistance. The machine transmission device adopts the closed gear box and the belt wheel, the transmission is stable, the operation is reliable. The core components adopt high - performance wear-resistant materials, high wear resistance and cost saving.
Raymond mill is a mineral processing equipment commonly used in mineral processing equipment. It is also a high-energy equipment. The energy saving design and parameter optimization design of Raymond mill plant is of great significance to reduce energy consumption and improve the efficiency of mineral processing.
1. Strong systemic and high screening rate. The whole machine is a three-dimensional structure, which occupies a small area and has a strong system. It can form a separate production system from the raw material processing to the packaging of powder and powder. The fine fineness of finished product is uniform, and the sieve rate is as high as 99%.
2. Easy to control and easy to maintain. With the centralized control electrical system, the workshop can realize the unattended operation. The electromagnetic vibration feeder is used to feed the material, continuously and evenly, easy to adjust, save oil and power, and easy to maintain.
3. Stable transmission and high wear resistance. The machine transmission device adopts the closed gear box and the belt wheel, the transmission is stable, the operation is reliable. The core components adopt high - performance wear-resistant materials, high wear resistance and cost saving.