Widely applied in metallurgy, mining, chemical engineering, building materials, coal, refractory materials, ceramics, and other industries.
Removes clay mica iron and trace impurities well.
Washing and desliming cleans quartz feed streams.
Scrubbing removes film iron from quartz surfaces.
Magnetic separation removes weak impurity grains.
Flotation and leaching upgrade pure quartz sand..
Processes alumina rich bauxite ore for recovery.
Washing and separation prepare bauxite ore feeds.
Calcining and grinding improve bauxite recovery.
Three stage crushing controls bauxite feed size.
Flotation separates bauxite from gangue minerals
Processes bauxite ore into alumina for industry.
Bayer process treats bauxite by digestion route.
Sintering route treats complex bauxite ore feeds.
Filtration and calcination refine alumina powder.
Combined route treats complex alumina ore feeds.
Handles sulfide oxide mixed lead zinc ore types.
Flotation recovers sulfide lead zinc mineral ore.
Oxide ores use flotation gravity treatment flow.
Polymetallic ores use combined separation routes.
Complete flow covers grinding flotation control.
Removes slime mica iron and titanium impurities.
Grinding prepares feldspar for separation stages.
Magnetic separation removes iron titanium grains.
Flotation removes mica from feldspar ore streams.
Purified feldspar supports ceramic glass plants.
A proven methodology to deliver reliable, efficient, and customized mining solutions.
Detailed ore analysis, site survey, and requirement assessment.
Customized process design with optimized equipment configuration.
Professional installation, commissioning, and on-site training.
Continuous optimization, technical support, and maintenance services.
Our engineering team is ready to design the most suitable mineral processing solution for your specific ore and production goals.
