End-to-end mineral processing circuits — washing, jigging, dense-media separation, magnetic separation, flotation, gravity concentration, leaching, dewatering and tailings management — for copper, iron ore, gold, manganese, chrome, bauxite, coal & industrial minerals across African mining.
ROM ore crushed (jaw/cone) then ground in ball mill / SAG mill to liberation size — typically 75–200 µm for sulfide flotation
Slurry classified by particle size — undersize forwarded to concentration; oversize returned to grinding circuit (closed-circuit)
Flotation (sulfides), magnetic separation (iron, chrome), gravity (gold, tin, tungsten), leaching (gold, copper oxide) — method matched to mineralogy
Concentrate thickened (high-rate thickener), then filtered (filter press / vacuum filter) to 8–10% moisture for transport & smelting
Filter cake stored, weighed, sampled and despatched in bulk-bag, container or shipping bulk for smelter / export
Tailings thickened / dewatered, sent to TSF (Tailings Storage Facility) or dry-stack tailings facility — environmental compliance & rehab
Our turnkey package covers the complete mineral beneficiation flowsheet — from grinding circuit through classification, concentration (method-specific), dewatering & tailings management — engineered as one integrated mass-balance & water-balance system with full lab QC equipment.
Equipment is pre-assembled, dimension-checked at our partner facility, then knocked-down & container-shipped to Africa where our engineers handle erection, piping, electrical commissioning, hot trial-runs with ore, and full operator training.
No off-the-shelf flowsheet — every plant designed around your specific ore mineralogy, head grade, target concentrate & metallurgical recovery requirements.
Mechanical & column flotation cells — selective recovery of sulfide minerals (Cu, Pb, Zn, Mo) with reagent dosing optimisation & froth-camera control.
Low & high intensity magnetic separators — for iron ore, chrome, manganese & coal beneficiation. Wet drum, WHIMS & rare-earth separators.
High-rate thickeners + thickener overflow recycled back to plant — reducing fresh water make-up to 0.5–1.5 m³/ton ore in semi-arid African sites.
Conventional TSF, paste tailings or dry-stack tailings — environmental compliance with thickener + filter press for water recovery & smaller TSF footprint.
Mill liners, flotation impellers, pump impellers, filter cloths, magnetic separator parts — stocked locally through Vezora. AMC contracts & on-site teams.
| Capacity | Type | Power | Footprint | Best For | Tag |
|---|---|---|---|---|---|
| 100 | TPH | Pilot / Small-Scale | 250–400 kW | Pilot plants, R&D | Entry |
| 500 | TPH | Mid-Scale Beneficiation | 800–1,200 kW | Junior miners | Starter |
| 1,500 | TPH | Industrial Plant | 1,800–2,500 kW | Commercial mining | Popular |
| 3,000 | TPH | Large Industrial | 3,500–5,000 kW | Major mining operation | Popular |
| 6,000 | TPH | Mega Beneficiation | 8,000–12,000 kW | Tier-1 mining | Industrial |
| 10,000+ | TPH | Multi-Module Mega | 15,000–25,000 kW | Mega copper/iron ore | Enterprise |
* Throughputs are indicative. Capacity depends on ore type, head grade, target recovery, mineralogy & downstream process requirement.
A complete beneficiation plant produces the saleable mineral concentrate — feed for smelters, refineries or direct export — to international concentrate-grade specifications.
Cu sulfide concentrate (chalcopyrite/bornite) — 25–32% Cu for smelter feed.
Magnetite/hematite concentrate — 65–68% Fe for pellet feed / sinter.
Gold doré bars (CIL/Merrill-Crowe) or gold gravity concentrate (centrifugal).
Mn concentrate 38–48%, Cr concentrate 42–48% — magnetic / gravity concentration.
Bauxite, baryte, fluorspar, talc, phosphate — beneficiated to industrial-grade purity.
From junior mining companies entering production to tier-1 majors expanding capacity — our beneficiation plants serve every African mining segment from the Copperbelt to the West African gold belt.
Tell us your ore type, head grade, target concentrate spec & throughput — our metallurgical engineers will respond with flowsheet design, equipment list, mass-balance, water-balance & full CIF / on-site pricing within 48 hours.
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Common questions about mineral beneficiation equipment supply for African mining.
Mineral beneficiation equipment separates and concentrates valuable minerals from ore, including flotation cells, magnetic separators and gravity concentrators.
We supply mineral beneficiation plants to Zambia, Ghana, Tanzania, DRC, South Africa and other African mining countries.
Our beneficiation equipment is suited for gold, copper, iron ore and various industrial minerals.
Yes. We supply complete beneficiation plants including flotation cells, magnetic separators, gravity concentrators and related equipment.
Flotation separates minerals based on surface chemistry using air bubbles and chemicals, while gravity concentration separates based on density differences.
Contact us via WhatsApp with your ore type and required processing capacity for a detailed quotation.
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