Gravity Separation Systems | Alluvial gold mining, mineral processing plants | - CE Certified (safety compliance) - Voltage: 380V (standard industrial) - Capacity: 3-5 tons/hour (▲ vs Industry Standard 2-3) - Noise Level: 85 dBA (▲ Base vs Industry 90) - Warranty: 1 year (▲ industry avg 6 months) | - High recovery rate (▲ Base: 85%, Advanced: 90% vs industry 80%) - Energy-efficient (0.8 kW/ton) | - Higher upfront cost - Requires skilled operation |
Sluice Boxes | Small-scale placer mining, prospecting | - Portability: 50 kg (easy transport) - Recovery Efficiency: 65% for coarse gold (ASTM E11) - Cost: $500 (▲ 40% cheaper than industry avg $850) | - Low cost, no electricity required | - Poor for fine gold (< 50% recovery) - Manual labor-intensive |
Centrifugal Concentrators | Medium/large operations, fine particles | - Capacity: 5-10 tons/hour (▲ vs Industry 4-8) - G-force: 1000G (ISO 2878) - Energy Use: 2.5 kW/ton (▲ industry avg 3.0) | - High throughput for fine particles - Compact design | - High energy consumption - Complex maintenance |
Jig Machines | Heavy mineral separation, coal processing | - Capacity: 10-20 tons/hour (▲ vs Industry 8-15) - Recovery: 95% (ISO 2518) - Pulsation Frequency: 50-100 cycles/min (adjustable) | - High recovery for dense minerals - Versatile feed types | - Expensive ($15k-$25k) - Requires skilled operators |
Flotation Machines | Sulfide ore processing (copper/lead/zinc) | - Froth Generation: 10 m³/min (ASTM D3913) - Reagent Use: 0.5 kg/ton (▲ industry avg 0.7) - Recovery: 85% (ISO 3082) | - Effective for fine particles - High-grade concentrate | - High chemical costs - Complex setup ($50k+) |
Vibrating Screens | Particle size classification, aggregates | - Capacity: 30 tons/hour (▲ vs Industry 25) - Amplitude: 5mm (ISO 9241) - Durability: 10,000 hours (▲ industry 8,000) | - Fast separation speed - Robust construction | - Limited to size separation - No chemical recovery capability |