The grinding plant can process a wide range of materials including quartz, feldspar, barite, calcite carbonate, limestone, talc, ceramic, iron ore, carborundum, bauxite, rock phosphate, coal, and many others, totaling about 400 different materials.
The YGM series Raymond roller mill can process non-flammable and non-explosive mineral materials with a Moh's hardness of less than 9.3.
The capacity of the YGM series Raymond roller mill varies by model, ranging from 1.5 to 42 tons per hour depending on the specific model and setup.
The final particle size can be adjusted between 30 mesh (0.613 mm) and 425 mesh (0.033 mm), with some materials potentially reaching a fineness of up to 1000 mesh (0.013 mm).
The mill is designed to meet national dust-dump standards, which include features like excellent sealing and a high-pressure suspension system that helps minimize dust emissions during operation.
Yes, the system is designed with independent operating functions and cohesive system integration, making it user-friendly and easy to operate.
The main components include the grinding roller, grinding ring, grinding roller assembly, plum flower frame, airflue, coupling, and perching knife.
Industries such as metallurgy, construction, chemical processing, mining, and highway construction can benefit greatly from the capabilities of this grinding mill.
Yes, while the specifications provided are standard, customization can be discussed based on specific processing requirements and material characteristics.
The YGM series offers 10%-20% increased output, a larger range of final fineness, better dust control, easier operation, and excellent sealing compared to traditional models.
The mill operates by loading the material into the grinding chamber, where centrifugal forces cause the rollers to press against the grinding ring, grinding the material into fine powder which is then classified and collected.
The height varies by model, with dimensions such as 2500 mm for the YGM1720 model. Please refer to the specific model for exact measurements.
Regular maintenance includes checking the grinding components, ensuring seals are intact, and monitoring the overall operation to prevent wear and tear.
The host power requirement varies by model, with ranges from 7.5 KW to 426 KW depending on the specific machine configuration.
The heat generated during the grinding process helps evaporate moisture from the material, while the design allows for external air to be drawn in, increasing airflow and improving efficiency.
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