Description

HCH Ultrafine Mill is a cutting-edge grinding equipment designed for the ultrafine processing of non-metallic minerals, including porcelain stone. Engineered by Guilin Hong Cheng, this mill excels in various mechanical properties such as roll grinding, milling, and impact, making it ideal for materials like talc, calcite, calcium carbonate, dolomite, feldspar, bentonite, kaolin, graphite, and carbon, all with a Mohr’s hardness of under 7 and moisture content of 6% or less.

Porcelain stone, a ceramic material rich in silicate minerals, quartz, sericite, and aluminum oxide, can be effectively ground into a fine clay suitable for ceramic and glass manufacturing. The ultrafine mill ensures that the quality of porcelain stone powder is uniform, with excellent particle morphology, purity, and whiteness, enhancing its fluxing and emulsion capabilities for superior ceramic products.

In glass manufacturing, porcelain stone powder serves as an effective substitute for alumina and feldspar, reducing material costs and increasing furnace discharge rates significantly. The HCH ultrafine mill not only offers high fineness and yield but also minimizes energy consumption and investment costs.

Specifications

Additional Information

The HCH ultrafine mill is designed for continuous production under normal conditions, offering high product fineness and classification accuracy, thereby ensuring superior product quality and market competitiveness.