Ceramic ball mills are highly efficient grinding equipment widely used in industries such as ceramics, building materials, and chemicals. Their core parameters directly influence their performance and applicability. For example, a 2T (2 tons/hour) ceramic ball mill has typical technical specifications: a cylinder diameter of approximately 900 mm and a length of approximately 1800 mm; a motor power of 15-30 kW and a rotational speed of 30-40 rpm; and ceramic balls with a diameter of 20-70 mm, adapting to varying material coarseness and fineness requirements. This type of equipment utilizes ceramic liners and grinding media to effectively prevent iron contamination and ensure material purity.

In its application areas, 2T ceramic ball mills are commonly used for fine grinding of ceramic raw materials, such as feldspar, quartz, and clay, to produce a uniform powder for green body molding. In the building materials industry, they are used for fine grinding of cement admixtures or limestone to improve product quality. In the chemical industry, they are suitable for processing corrosive materials such as pigments and coatings, where their corrosion resistance extends equipment life. Furthermore, their continuous design supports automated production, reduces energy consumption, and meets the energy-saving needs of modern industry.

When selecting a 2T ceramic ball mill, it's important to optimize parameter configuration based on material hardness, production requirements, and process conditions to achieve efficient and stable grinding results.