1. Ore and Mineral Materials
Crushed ore: Including iron ore, copper ore, gold ore, coal, limestone, gypsum, and phosphate rock. The mixer can uniformly blend crushed ore particles with additives (e.g., flotation reagents, binders) for subsequent processing like mineral separation or pelletizing.
Tailings: Mining waste materials (tailings) can be mixed with cement, lime, or other stabilizers to produce backfill materials for mine goafs, reducing environmental pollution.
2. Aggregate and Construction Materials
Sand and gravel: Mixed with cement, water, and additives to produce concrete, mortar, or grout. The double horizontal shafts ensure thorough blending of coarse aggregates (gravel) and fine aggregates (sand).
Recycled aggregates: Crushed concrete, brick, or asphalt from construction waste, which can be mixed with new materials to create recycled building products.
3. Powdered and Fine-grained Materials
Cement and lime: Often mixed with aggregates, water, or admixtures (e.g., fly ash, slag) to adjust the properties of building materials.
Industrial powders: Such as talc, kaolin, and baryte, which require uniform mixing with binders or modifiers during mineral processing.
4. High-viscosity and Paste-like Materials
Slurries: Mineral slurries, clay slurries, or chemical slurries with high moisture content. The double horizontal shafts' strong stirring action prevents sedimentation and ensures consistent viscosity.
Coal slurry: Used in coal preparation plants to mix coal fines with water, facilitating transportation or combustion.
