LM Vertical Grinding Mill

Summary: The LM Vertical Grinding Mill integrates crushing, grinding, classification, drying, and conveying into one efficient unit. Operating at 10-170 tons/hour capacity with 50mm maximum feed size, it produces fine powders up to 600 mesh while reducing floor space requirements by 50%. Ideal for processing minerals like limestone, talc, and iron ore with Moh’s hardness below 9 at up to 6% humidity.

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Multi-Functional Processing Innovation

This grinding solution combine five critical operations in single equipment. Traditional systems requires multiple machines for crushing and drying – this mill eliminate that need. Processing occur vertically, making the flow of materials smooths and continuous. Significant for minerals processing where efficiency are key.

Operational Specifications
- Throughput Capacity: 10-170 metric tons per hour
- Maximum Feed Size: Materials up to 50mm
- Fineness Output: Adjustable to 600 mesh
- Material Compatibility: Processes Moh’s hardness < 9 minerals at <6% moisture, including:
  - Industrial minerals (limestone, calcite, dolomite)
  - Ores (iron ore, bauxite, phosphate rock)
  - Industrial materials (petroleum coke, graphite)
  - Specialty minerals (gypsum, barite, talcum)
Engineering Advantages

Compact Installation Footprint

Occupies just 50% space of traditional ball mill systems at same capacity. This vertical configuration allow plants reduce construction costs and installation complexities.
Enhanced Product Quality

Short material residence time minimizes over-grinding. Operators gets better particle size distribution controls on final powders essential for industrial uses. Chemical composition maintain more consistent across batches.
Eco-Conscious Operations

Fully sealed chambers operating under negative pressure prevents dust emissions. Production environments stays cleaner while meeting strict environmental regulations which is critical globally.
Reduced Operational Expenses

System deliver up to 40% less energy consumption versus traditional mills. Core components features increased durability and accessible maintenance points. Drying capabilities integrated saves separate equipment costs. Overall, it dramatically cuts production expenses per ton.
Industry Application Scenarios
- Mining & Metallurgy: Grinding ores and preparing raw materials
- Building Materials: Cement raw meal and slag powder production
- Chemical Manufacturing: Processing minerals for catalysts and additives
- Industrial Minerals: Producing high-purity fillers and extenders
- Advanced Materials: Creating specialized powders for composites
Sustainable Production Benefits

The enclosed design captures particulates effectively making this technology ideal for urban plants. Lower power consumption translates to reduced carbon footprint for each ton processed. Minimal material waste through efficient pneumatic conveying systems helps companies achieve sustainability targets.
Value Proposition

Manufacturers receives integrated systems with lower installation complexity. Reliable production output helps maintain supply chain commitments. Operational cost savings contributes to competitive pricing strategies. Production versatility allows processing of diverse mineral feedstocks as markets changes.