Crushing and grinding prepare fluorite ore feed.
Classifiers set ore size before flotation stage.
Uses crushers ball mills and flotation machines.
Handles quartz barite carbonate fluorspar types.
Handles quartz barite carbonate fluorspar types.
Ceramic Raw Materials
Chemical Mineral Processing
Fluorite Mining
Fluorspar Processing
Industrial Minerals
Metallurgical Industry
Mineral Beneficiation Plants
Non-metallic Ore Processing
The fluorite ore beneficiation process improves fluorite concentrate recovery through crushing, screening, grinding, classification, flotation, dehydration, filtration, and drying.
Process equipment and flotation methods can be selected according to ore type, processing capacity, fluorite mineral composition, and liberation particle size.
The production line can be configured with automatic feeding, crushing, screening, grinding, classification, reagent dosing, flotation, thickening, filtration, and drying systems.
The process can be customized for fluorite-quartz ore, fluorite-carbonate-quartz ore, fluorite-barite-quartz ore, and fluorite-quartz-sulfide ore.
Raw fluorite ore enters the beneficiation plant for mineral separation and concentrate recovery.
The feeder sends fluorite ore evenly into the crushing section for stable processing.
Jaw crusher reduces large fluorite ore into smaller particles for further processing.
Cone crusher or hammer crusher further crushes fluorite ore according to ore hardness and required feed size.
Vibrating screen separates qualified crushed material and controls the feed size before grinding.
Ball mill grinds fluorite ore to release fluorite minerals from quartz, carbonate, barite, or sulfide minerals.
Classifier separates qualified slurry and returns coarse particles back to the mill for regrinding.
Oleic acid, soda ash, water glass, fluorite collectors, or special depressants are added according to ore type.
For fluorite-quartz-sulfide ore, sulfide minerals are floated first before fluorite recovery.
Fluorite minerals are initially recovered from gangue minerals through flotation.
Remaining fluorite minerals are recovered from flotation tailings to improve total recovery.
Multiple cleaning stages remove quartz, carbonate minerals, barite, and other impurities to improve concentrate grade.
Fluorite concentrate slurry is thickened before filtration and dehydration.
Filter and dryer reduce moisture content and prepare fluorite concentrate for storage or sale.
Qualified fluorite concentrate is obtained for chemical, metallurgical, ceramic, and industrial applications.
Get detailed flow diagrams, equipment specifications, and design guidelines
Optimized grinding, flotation, and cleaning stages help improve fluorite mineral recovery and concentrate quality.
Equipment and process selection based on fluorite ore properties helps reduce unnecessary grinding, reagent use, and energy consumption.
The process can be designed for fluorite-quartz, fluorite-carbonate-quartz, fluorite-barite-quartz, and fluorite-quartz-sulfide ore.
Coarse-grained fluorite-quartz ore can use one roughing, two scavenging, and five cleaning stages to obtain high-quality fluorite concentrate.
Our experienced engineers can design a custom solution to increase your processing capacity and reduce operational costs
