Raymond mill uses suspended roller compaction technology to efficiently crush brittle materials such as bauxite. The finished product fineness is flexibly adjustable (80-400 mesh), with uniform particle size and few impurities, which perfectly meets the strict requirements of refractory materials, ceramics and other industries for fineness and purity.

Efficient crushing principle and adaptability

● Suspended Roller Compaction Technology: The Raymond Mill utilizes a “surface contact” grinding mechanism consisting of a grinding roller and a grinding ring. The rollers continuously crush the material under the action of centrifugal force, achieving efficient crushing. Bauxite has a relatively low hardness (Mohs hardness 1-3), and the Raymond Mill can easily crush it into a fine powder, making it particularly suitable for the rapid disintegration of brittle materials.

● Flexible and adjustable fineness: The finished product particle size can be adjusted arbitrarily within the range of 80-400 mesh. By adjusting the classifier speed or the gap between the grinding rollers, it can meet the stringent fineness requirements of different fields such as refractory materials, ceramic blanks, and coatings. For example, refractory materials require high fineness to improve sintering performance, while the ceramic industry requires a specific particle size to enhance plasticity.

Stable quality of finished products

● Particle size uniformity: The Raymond mill uses a classifier to precisely screen the powder, ensuring uniform particle size in the finished product, avoiding over-grinding or residual coarse particles. Highly uniform powder can significantly improve the density and strength of the finished product in subsequent applications (such as refractory brick molding).

● Impurity separation efficiency: During the crushing process, combined with the screening system, impurities in bauxite can be effectively removed, the purity of the product can be improved, and the needs of high value-added application areas can be met.