Gravity Separation Efficiency | High-value ore recovery (e.g., antimony, gold) | Industry Standard: 85% recovery (ISO 25923) Our Base: 90% recovery ▲ Our Advanced: 92% recovery ▲▲ (ASTM E11-16 mesh accuracy) | Maximizes yield, reduces waste by 15%+ Complies with global mineral standards | Advanced models require precise feed preparation (particle size <1mm) |
Throughput Capacity | Large-scale mining operations | Industry Standard: 5–8 t/h Our Base: 10 t/h ▲ Our Advanced: 12 t/h ▲▲ (ISO 9223 corrosion resistance) | Processes 50% more material daily than industry baselines | Advanced models consume 20% more energy due to enhanced motor power |
Noise Level | Urban or noise-sensitive sites | Industry Standard: 85 dB(A) Our Base: 78 dB(A) ▲ Our Advanced: 72 dB(A) ▲▲ (IEC 60704-1 compliance) | Quieter than typical machinery (e.g., quieter than a lawnmower at 85 dB) | Advanced models may require heavier, costlier soundproofing materials |
Material Compatibility | Diverse mineral processing (antimony, tin, tungsten) | Industry Standard: Limited to common minerals Our Base: Handles antimony, tin, tungsten Our Advanced: +gold, silver ▲ (ASTM F739 chemical resistance) | Processes 30% more mineral types than industry standards | Advanced models incur 25% higher upfront costs due to specialized coatings |
Energy Consumption | Energy-conscious operations | Industry Standard: 1.2 kWh/ton Our Base: 1.0 kWh/ton ▲ Our Advanced: 0.8 kWh/ton ▲▲ (IEC 60034 efficiency rating) | Cuts energy costs by 33% compared to industry baselines | Advanced models require higher initial investment for energy-efficient motors |
Durability (Service Life) | Harsh environments (e.g., abrasive minerals) | Industry Standard: 5 years Our Base: 7 years ▲ Our Advanced: 10 years ▲▲ (ASTM G85 salt spray test) | Reduces replacement frequency by 43% over 10 years | Advanced models weigh 20% more, complicating installation logistics |