Solutions

Gypsum continues to be a critical mineral for construction, cement, agriculture, and chemical industries. With demand for high-quality powders on the rise, vertical roller mill (VRM) technology has become the preferred option for large-scale gypsum processing plants.Key Advantages of VRMsUnlike trad

Gypsum is a versatile mineral used in construction materials, cement additives, fertilizers, and even food and pharmaceuticals. To meet these diverse demands, it must often be ground into fine powders in the 200–400 mesh range. Selecting the right mill can make a major difference in efficiency, cos

Coal gangue, once treated as mining waste, is now gaining renewed importance thanks to advances in fine grinding technology. It can serve as a raw material for power plants, cement production, brick making, and even soil improvement. To make the most of this resource, producing fine powders between

In the paint and coatings industry, calcium carbonate is more than just a filler—it enhances whiteness, gloss, and opacity, all while helping to control costs. To achieve these qualities, ultra-fine calcium carbonate with a narrow particle distribution, typically 800–2500 mesh, is essential. Limin

Dolomite plays an important role in construction, ceramics, agriculture, and environmental applications. Producing high-quality 80–400 mesh dolomite powder requires a carefully designed line that runs from crushing to precision grinding. Liming Heavy Industry provides two efficient milling options—

Calcite, one of the most common forms of calcium carbonate, is a crucial raw material in plastics, rubber, coatings, and papermaking. These sectors often demand ultra-fine powders in the 325–3000 mesh range, which calls for reliable grinding systems that combine high performance with low operating

Limestone powder in the 80–400 mesh range is widely required in industries from construction materials to power plant desulfurization. Meeting these specifications efficiently calls for equipment capable of stable operation, fine classification, and reduced energy use.MTW European Grinding MillDeve

Feldspar plays a central role in glass, ceramics, and other advanced materials. Its commercial value depends heavily on both purity and consistent particle size. To achieve this, producers increasingly rely on mills designed with high efficiency and integrated classification technology.Recommended G

Establishing a quartz sand grinding facility demands a careful balance of equipment durability, particle size control, and operating efficiency. Because quartz is both abrasive and hard, unsuitable machinery can quickly wear out, drive up costs, and reduce consistency in final products.Defining Prod

Calcium carbonate powder at 325 mesh (45 μm) is widely used across plastics, paints, and paper production. Meeting this requirement calls for equipment that balances precision with efficiency.Recommended Grinding MillsMTW European MillSuited for medium-scale output (3–50 t/h), this model delivers

The performance of talc powder depends heavily on fineness, brightness, and consistent particle distribution. Choosing a suitable grinding system is therefore a critical step. Liming Heavy Industry offers four distinct solutions designed for different processing requirements and production scales.1.

Producing gypsum powder at 325 mesh (45 μm) is a standard requirement for many downstream industries, from construction materials to specialty additives. To achieve this level of fineness without compromising efficiency, choosing the right grinding technology is essential.Choosing the Right MillThe