PROFESSIONAL MINING ORE CRUSHING PLANT

High-Efficiency
Mining Ore Crushing Solutions.

Engineered to handle the most challenging metallic and non-metallic ores. From heavy-duty C6X primary jaw crushing to HST/HPT intelligent fine crushing circuits, Liming provides integrated plants (100-2000 TPH) optimized for Iron, Gold, Copper, and Manganese mining operations.

Explore Equipment Technical Advantages

Production Stability

Operational uptime vs. Conventional plants

2. The New Standard for Mining Ore Processing

Durability Meets Intelligent Automation

In modern mining, a crushing plant must balance high reduction ratios with low operational costs. Our solutions prioritize structural integrity and "More Crushing, Less Grinding" logic to enhance downstream mill throughput.

**Hard Rock Specialist:** Designed for ores with Mohs hardness > 7, utilizing advanced alloy wear parts to double service intervals.
**Scalable Throughput:** Modular designs support expansion from 200 TPH to massive 2,000 TPH centralized crushing hubs.
**Energy Optimization:** High-frequency crushing technology reduces the P80 of the final product, saving significant power in the ball mill stage.
**Extreme Environment Adaptability:** Specialized lubrication and cooling systems ensure 24/7 stability in high-altitude or high-temperature mine sites.

Multi-Stage Process Control

"Optimizing the crushing circuit is the most direct way to increase the ROI of the entire mineral processing line."

3. Mining Ore Crushing Process Flow

A systematic approach to size reduction, ensuring optimal liberation of mineral values.

Stage 1: Primary Heavy-Duty Crushing

Large ROM ore (up to 1200mm) is processed by the **C6X series Jaw Crusher**. Its V-shaped chamber ensures aggressive intake and high reduction ratios.

Capacity: Up to 1500 TPH

Stage 2: Secondary Precision Crushing

The **HST Single Cylinder Hydraulic Cone Crusher** handles the primary product. Its automated CSS adjustment maintains consistent output size as liners wear.

Tech: Hydraulic Protection

Stage 3: Tertiary Fine Crushing (Closed Circuit)

**HPT Multi-cylinder Cone Crushers** operate in a closed circuit with vibrating screens to produce fine, cubic feed for the next processing stage.

Target: P80 < 10-15mm

Stage 4: Automated Stockpiling

Final crushed ore is conveyed to surge bins or stockpiles. Uniform particle size distribution minimizes mill fluctuations and maximizes mineral recovery.

Result: Mill-Ready Feed

4. Core Equipment for Mining Ore Plants

High-performance machinery designed for the rigors of industrial mining.

C6X Jaw Crusher

Primary Hard Rock Crusher

Elastic Limit Foundation

Modular, non-welded frame prevents stress concentration, ensuring a longer lifespan in heavy mining applications.

Fatigue Resistant

HST Cone Crusher

Secondary Hydraulic Crushing

Intelligent DCS Control

One-finger operation through PLC systems. Features automatic tramp iron release and chamber clearing.

Digital Mining

HPT Cone Crusher

High-Output Fine Crushing

Inter-particle Crushing

Optimized stroke and high speed create a superior material-on-material crushing effect for better liberation.

Superior Shape

5. Mining Operational Insights

Rapid Maintenance

Standardized components and hydraulic motor-driven adjustment reduce downtime for liner changes.

Smart Integration

Sensors monitor temperature, oil pressure, and load, feeding data directly to your mining control center.

Iron Protection

Hydraulic multi-point release system allows uncrushables to pass safely without damaging the machine internal structure.

Green Mining

Advanced sealing and dust suppression systems meet international environmental standards for mine sites.