Heavy calcium ball mill classification + pin disc mill modification production site in India

In recent years, the demand for heavy calcium carbonate has been increasing steadily due to its wide range of applications in industries such as plastics, rubber, and construction. To meet this growing demand, manufacturers are constantly seeking efficient and cost-effective methods for producing heavy calcium carbonate. In India, a production site has successfully implemented a classification system in a heavy calcium ball mill and modified a pin disc mill to enhance production efficiency.

Case Study:

Classification System in Heavy Calcium Ball Mill:

The heavy calcium ball mill is a key equipment for grinding calcium carbonate. To improve the grinding efficiency, the mill is equipped with a classification system. The classification system separates the ground calcium carbonate particles into different sizes, ensuring that the final product meets the desired specifications. The classification system consists of a series of sieves or screens with different mesh sizes. The finer particles pass through the smaller mesh sizes, while the coarser particles are retained and sent back to the mill for further grinding. This process helps to achieve a more uniform particle size distribution and improves the overall quality of the heavy calcium carbonate.

Pin Disc Mill Modification:

In addition to the heavy calcium ball mill, the production site in India has also modified a pin disc mill to further enhance the production efficiency. The pin disc mill is a high-speed impact mill that is commonly used for grinding materials into fine powders. The modification involved increasing the rotational speed of the mill and optimizing the design of the grinding pins. These modifications have resulted in a significant increase in the mill’s grinding capacity, allowing for a higher throughput of heavy calcium carbonate.

Benefits of the Modifications:

The implementation of the classification system in the heavy calcium ball mill and the modification of the pin disc mill have brought several benefits to the production site in India. Firstly, the classification system has improved the overall quality of the heavy calcium carbonate by ensuring a more uniform particle size distribution. This has resulted in a higher value product that meets the stringent requirements of various industries. Secondly, the modifications made to the pin disc mill have increased the production capacity, allowing the site to meet the growing demand for heavy calcium carbonate efficiently. This has led to improved productivity and profitability for the manufacturer.

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