Industrial Mineral Processing Mixer

The 3D Counter current Mixer is specifically designed for heavy industries such as mining, metallurgy, and chemicals, where efficient and uniform mixing of mineral particles, slurry, tailings, slag, and other materials is required. With its powerful shear force and counter-flow stirring technology, the counter current intensive mixer is capable of delivering highly efficient mixing performance, even with materials of high viscosity and large density.

The horizontal shaft mixer is a high-efficiency mixing device designed for uniform blending of various dry and semi-dry materials, widely used in construction materials, chemical, agricultural, and mining industries. Featuring one or two horizontally mounted mixing shafts equipped with paddles or blades, twin shaft mixer or horizontal single shaft mixer ensures thorough mixing through strong mechanical agitation and material shearing.

The countercurrent intensive mixer is a high-end, large-scale model in the CSM (Countercurrent Shear Mixer) series, specifically designed for tasks involving high-concentration, high-density, and high-viscosity mineral mixing. The UHPC high shear mixer meets the comprehensive demands of modern green mines, mineral processing plants, metallurgical plants, and solid waste treatment centers for uniform mixing, processing capacity, and equipment reliability.

The Continuous Silt and Muck Mixing Equipment, is a kind of continuous mixer like muck mixer or silt solidification mixing equipment to uniformly mixing muck and silt, enables waste soils into recycled aggregates, which are applied to road subgrade filling etc. This addresses the environmental issues caused by the accumulation of construction waste and slag.

The light foam concrete mixer is a specialized piece of equipment designed for the production of foamed concrete, cellular concrete, and lightweight thermal insulation slurry. Unlike conventional mortar mixers, lightweight foam concrete mixer is engineered to meet the specific requirements of low-density, high-uniformity mixing with stable bubble structure.