Flotation Machinery

Liming Heavy Industry‌, a leader in mining and mineral processing solutions, introduces its high-performance ‌Flotation Machinery‌—an innovative system designed to optimize the separation of valuable minerals from ore through precision froth flotation. Engineered for efficiency, reliability, and adaptability, Liming’s Flotation Machine ensures exceptional recovery rates for non-ferrous metals, rare earth minerals, and industrial materials. Combining advanced hydrodynamic design, energy-saving mechanisms, and intelligent automation, this equipment is ideal for mining operations, mineral processing plants, and recycling facilities seeking to maximize resource utilization and profitability.

Product Overview

Liming’s ‌Flotation Machinery‌ is a cutting-edge solution for mineral beneficiation, utilizing the principles of froth flotation to separate hydrophobic materials from hydrophilic waste. The machine features a robust structure with corrosion-resistant components, optimized impeller-stator systems, and adjustable airflow control to handle diverse ore types, including copper, lead, zinc, gold, phosphate, and coal. Whether applied to primary ore processing or tailings recovery, Liming’s Flotation Machine delivers consistent performance, high concentrate grades, and low operational costs, making it indispensable for modern mineral extraction and recycling industries.

Key Features

1. High Efficiency & Recovery Rates
   • Advanced Impeller Design: Ensures optimal air dispersion and particle suspension for maximum mineral recovery (up to 95% efficiency).
   • Adjustable rotor speed and airflow control to match ore characteristics (particle size, density, hydrophobicity).
2. Energy-Saving Technology
   • High-efficiency motors and optimized hydrodynamic systems reduce power consumption by 20–30%.
   • Variable frequency drives (VFDs) enable precise energy management based on processing demands.
3. Durable Construction
   • Wear-resistant materials (rubber-lined tanks, polyurethane impellers, stainless steel components) extend service life in abrasive environments.
   • Reinforced frame and anti-corrosion coatings ensure reliability in humid or chemically aggressive conditions.
4. Intelligent Automation
   • PLC Control System: Monitors and adjusts parameters such as pulp density, pH levels, reagent dosage, and froth thickness in real time.
   • Touchscreen interface with data logging and remote monitoring capabilities.
5. Flexible Configuration
   • Modular design supports multi-stage flotation (rougher, scavenger, cleaner) for complex ore processing.
   • Available in mechanical agitation, column, or pneumatic flotation cell configurations.
6. Environmental Compliance
   • Closed-circuit water recycling systems minimize freshwater consumption.
   • Low noise emissions and dust suppression features meet global environmental standards.

Applications

• Throughput: 1–500 cubic meters per hour (model-dependent).
• Material Types:
  • Metallic Ores: Copper, lead, zinc, gold, silver, nickel.
  • Industrial Minerals: Phosphate, graphite, fluorite, kaolin, molybdenum.
  • Coal & Energy: Fine coal cleaning, sulfide removal.
  • Recycling: Recovery of metals from electronic waste, slag, or tailings.
• Particle Size Range: 0.01–0.3 mm (adjustable via cell design and reagent selection).
• Concentrate Grade: Achieves up to 90% purity for target minerals.

Technical Parameters