Author Archives: dyadmin

Large Semi-Trailer Mobile Rotary Screen for Placer Gold & Sand Screening

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Product Overview

This large semi-trailer mobile rotary screen is a traction-type mobile industrial equipment for large-scale loose material classification and screening. It adopts the screening principle of a main shaft driving a large rotary screen to rotate, combined with a semi-trailer mobile chassis, realizing long-distance transfer and on-site operation without fixed installation. The equipment has the advantages of large processing capacity, convenient movement, wear resistance, energy saving, intelligent control, safety and stability, and is suitable for the large-scale material processing needs of large mines, sand and gravel, building materials and other industries. It can be flexibly customized in specifications and matched with production lines, quickly complete multi-construction site transfer and on-site screening operations, greatly improve material screening efficiency, reduce labor and site investment, and is the core equipment for large enterprises to carry out mobile screening and large-scale material processing.

Product Specification Parameters

Model Rotary Screen Specification (D×L) mm Processing Capacity (t/h) Rotary Speed (r/min) Motor Power (kW) Screen Mesh Aperture (mm) Semi-Trailer Size (L×W×H) mm
DGH-1800 (Semi-Trailer Mobile) Φ1800×5000 100-180 18-28 30.0 10-100 (Customizable) 12000×2500×3800
DGH-2000 (Semi-Trailer Mobile) Φ2000×6000 180-250 20-30 45.0 10-120 (Customizable) 13500×2800×4000
DGH-2400 (Semi-Trailer Mobile) Φ2400×7000 250-350 22-30 55.0 15-150 (Customizable) 15000×3000×4200
DGH-2800 (Semi-Trailer Mobile) Φ2800×8000 350-450 25-30 75.0 20-180 (Customizable) 16500×3200×4500

Product Advantages & Technical Highlights

  • Compliant Semi-Trailer: Standard traction chassis, registerable for road use, long-distance transfer without disassembly, convenient for inter-provincial operation
  • Large Processing Capacity: Large rotary screen body with double-layer/shaftless design, hundreds of cubic meters per hour, suitable for large-scale placer gold mining
  • Accurate Screening: Customizable grading aperture, suitable for both dry and wet materials, no fine sand leakage or large gravel blockage, high classification efficiency
  • Stable Operation: Hydraulic outriggers + heavy-duty frame for no shaking during work; adjustable rotary speed to adapt to ore materials with different mud contents
  • Integrated & Efficient: Built-in hopper, conveyor, spray/washing system, direct connection to jigging chute/centrifuge, single machine forming a production line
  • Durable Structure: Manganese steel screen mesh + wear-resistant liner, sealed transmission protection, stable operation in harsh field environments such as sand, humidity and slurry erosion

Applicable Scenarios & Materials

Applicable Scenarios

  • Large-scale placer gold mobile mining
  • Large-scale sand mining and gold separation in rivers/river beaches
  • Placer gold centralized operation areas in dry land
  • Large-scale screening of mine tailings
  • Sand and gravel aggregate grading
  • Engineering muck screening
  • Cross-regional mobile mineral processing projects
  • Temporary large-scale screening sites

Applicable Materials

  • Placer gold (fine gold/flake gold/granular gold)
  • River sand ore, mountain sand ore, weathered sand
  • Sand ore with high mud content, gold mine tailings
  • Sand and gravel aggregate, gravel, engineering waste soil
  • Low-grade gold-bearing sand and gravel materials

 

 

Mobile Vibrating Chute – Professional Gold Mining Gravity Separation Equipment

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Product Overview

The mobile vibrating chute is a gravity separation industrial equipment with flexible transfer and no fixed installation. It adopts the combined design of mobile chassis and vibrating bed surface. Driven by a motor (diesel power optional) to drive the transmission structure, it drives the bed surface to vibrate continuously and stably. Cooperating with the chute grid design, it generates stable eddy current to realize the accurate separation and enrichment of fine and micro-grained heavy minerals (such as capillary gold, fine iron ore) from gangue and sediment. The equipment has the advantages of convenient movement, high separation efficiency, wear resistance, energy saving, anti-silting, anti-blocking, intelligent control and strong adaptability. It can quickly switch operation sites and adapt to outdoor scattered ore spots, temporary mineral processing and other scenarios without fixed site construction. It is the core preferred equipment for outdoor mobile mineral processing and fine-grained mineral recovery.

Core Parameters & Specifications

Model Bed Size (L×W) mm Processing Capacity (t/h) Vibration Frequency (times/min) Motor Power (kW) Stroke (mm) Movement Speed (km/h) Fine Gold Recovery Rate (%)
YGS-800 (Mobile) 4000×800 1-4 320-400 1.5 (Diesel power optional) 8-15 (Adjustable) ≤15 ≥92
YGS-1200 (Mobile) 5000×1200 3-9 320-400 2.2 (Diesel power optional) 8-15 (Adjustable) ≤12 ≥93
YGS-1500 (Mobile) 6000×1500 8-16 350-420 3.0 (Diesel power optional) 10-18 (Adjustable) ≤10 ≥94
YGS-2000 (Mobile) 7000×2000 15-28 350-420 4.0 (Diesel power optional) 10-18 (Adjustable) ≤8 ≥95

Product Advantages & Technical Highlights

  • Wheeled walking: Equipped with walking tires/towing frame for easy short-distance movement
  • Bionic vibration: Bionic dustpan peristaltic mineral processing, good pulp stratification, easy settlement of heavy ore
  • Adjustable amplitude: Frequency and amplitude can be adjusted to adapt to different placer gold materials
  • Wear-resistant inner lining: Wear-resistant lining plate of chute body, resistant to scouring and longer service life
  • Automatic tailing discharge: Continuous feeding and automatic tailing discharge, no chute blockage and no bottom deposition
  • Integrated design: Integrating vibration, separation and tailing discharge, single machine forms a production line

Applicable Scenarios & Materials

Applicable Scenarios

  • Field placer gold mobile mining, river sand mining and gold separation
  • Dry land placer gold mobile mineral processing, multi-point re-selection of tailings
  • Scattered gold ore spots in mountainous areas, temporary gold separation operation spots

Applicable Materials

  • Placer gold, fine gold, flake gold, granular gold, river sand ore, mountain sand ore
  • Weathered sand, gold-bearing muddy ore sand, low-grade gold ore tailings

 

Cam Drive Shaking Chute – Professional Gold Recovery Gravity Separation Equipment

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Product Overview

The cam drive shaking chute is a gravity separation industrial equipment adopting a precise cam drive structure. Its core is to drive the cam to rotate by a motor, drive the bed to shake stably at high frequency, and cooperate with the sluice grid design to generate stable and strong eddy current, so as to realize the accurate separation and enrichment of fine and micro-fine heavy minerals (such as capillary gold, fine iron ore) from gangue, sediment and sand. The equipment has the advantages of accurate transmission, stable operation, wear resistance, energy saving and high recovery rate of fine minerals. It can be flexibly matched with production lines and support customization, no frequent relocation, suitable for various heavy mineral separation scenarios, and is the preferred core equipment for fine heavy mineral recovery and high-precision mineral processing operations.

Core Parameter Specification

Model Bed Size (L×W) mm Processing Capacity (t/h) Shaking Frequency (times/min) Motor Power (kW) Cam Stroke (mm) Fine Mineral Recovery Rate (%)
TGS-800 (Cam Drive) 4000×800 1-4 350-420 1.5 6-12 (Adjustable) ≥92
TGS-1200 (Cam Drive) 5000×1200 3-9 350-420 2.2 6-12 (Adjustable) ≥93
TGS-1500 (Cam Drive) 6000×1500 8-16 380-450 3.0 8-15 (Adjustable) ≥94
TGS-2000 (Cam Drive) 7000×2000 15-28 380-450 4.0 8-15 (Adjustable) ≥95

Product Advantages & Technical Highlights

  • Accurate Transmission: Cam mechanism drive, fixed stroke, consistent action, strong separation stability
  • Stable Operation: Small motion impact, low equipment vibration and noise, safer operation
  • High Efficiency for Fine Gold: Soft and uniform shaking, high recovery rate of fine gold and flake gold, low tailings loss
  • Durable & Easy to Maintain: High strength cam structure, not easy to deform and wear, low failure rate for long-term use
  • Continuous Operation: Continuous feeding and automatic tailings discharge, no caking or blockage, higher efficiency
  • Energy Saving & Low Consumption: Reasonable power matching, low energy consumption, suitable for long-term use in field sand gold dressing

Applicable Scenarios & Materials

Applicable Scenarios

  • Fixed sand gold ore dressing
  • River sand mining and gold dressing
  • Dry land sand gold mining
  • Tailings reprocessing and enrichment
  • Small and medium-sized fixed gold dressing production lines
  • Separation of muddy sand gold ore

Applicable Materials

  • Sand gold ore, fine gold, flake gold, granular gold
  • River sand ore, mountain sand ore, weathered sand ore
  • Muddy gold-bearing ore, low-grade gold ore tailings

 

 

Vibrating Sluice Box Special for Placer Gold – Professional Gold Recovery Equipment

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Product Overview

The vibrating sluice box special for placer gold is a professional gravity separation industrial equipment designed for placer gold separation and recovery. Driven by a motor, the transmission structure drives the bed surface to vibrate continuously and stably. Cooperating with the exclusive chute grid design for placer gold, it generates stable eddy current, which can quickly realize the accurate separation and enrichment of placer gold (especially fine gold and capillary gold) from sediment and gangue. Focusing on the core demand of placer gold recovery, the equipment has the advantages of high recovery rate, energy saving and high efficiency, anti-silting and anti-blocking, easy operation, etc. It can be flexibly matched with placer gold production lines and supports customization, no frequent relocation, suitable for various placer gold mining scenarios. It is the core exclusive equipment for long-term continuous operation in the placer gold mining and recovery industry, and effectively solves the industry pain points of low recovery rate of fine gold and gold particle loss.

Product Specification

Model Bed Size (L×W) mm Processing Capacity (t/h) Vibration Frequency (times/min) Motor Power (kW) Stroke (mm) Placer Gold Recovery Rate (%)
SGS-800 (for Placer Gold) 4000×800 1-3 320-400 1.5 8-15 (Adjustable) ≥90
SGS-1200 (for Placer Gold) 5000×1200 3-8 320-400 2.2 8-15 (Adjustable) ≥92
SGS-1500 (for Placer Gold) 6000×1500 8-15 350-420 3.0 10-18 (Adjustable) ≥93
SGS-2000 (for Placer Gold) 7000×2000 15-25 350-420 4.0 10-18 (Adjustable) ≥94

Product Advantages & Technical Highlights

  • Placer Gold Special: Exclusively designed for placer gold mines, high recovery rate of fine gold, flake gold and granular gold
  • Stable Vibration: Peristaltic vibration, pulp is loose without caking, good sedimentation effect of heavy minerals
  • Continuous Operation: Continuous feeding and tailing discharge, no need to stop for tank cleaning
  • High Enrichment: High gold enrichment multiple, less gold loss in tailings, good mineral processing benefit
  • Simple Structure: Compact overall structure, low failure rate, easy maintenance
  • Energy Saving: Small power, low energy consumption, suitable for long-term field operation

Applicable Scenarios & Materials

Applicable Scenarios

  • Placer gold mining
  • River sand mining and gold separation
  • Dry land placer gold mineral processing
  • Tailing re-separation and recovery
  • Small gold mine enrichment
  • Mountain placer gold spot operation

Applicable Materials

  • Placer gold ore, fine placer gold, flake gold, granular gold
  • River sand ore, mountain sand ore, weathered sand
  • Mud-containing gold-bearing ore sand, low-grade gold mine tailings

 

 

Crank Connecting Rod Drive Vibrating Sluice – Gold Separation Equipment

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Product Overview

The crank connecting rod drive vibrating sluice is an industrial equipment for heavy mineral separation and enrichment adopting the classic crank connecting rod transmission structure. Driven by a motor, the crank connecting rod operates to drive the bed to vibrate continuously and coherently, and cooperates with the flushing water system to generate strong eddy current, realizing the accurate separation of heavy minerals (such as sand gold, iron ore) and gangue. With mature structure, reliable operation, wear resistance, energy saving, high separation efficiency and comprehensive adaptability, the equipment has the advantages of anti-silting, anti-blocking, intelligent controllability and convenient maintenance. It can be flexibly matched with production lines and supports customization without frequent relocation. It is the preferred equipment for long-term continuous beneficiation operations in sand gold mining, mine gravity separation and other industries, especially suitable for remote mining sites and scenarios with requirements for maintenance convenience.

Core Technical Parameters

Model Bed Size (L×W) mm Processing Capacity (t/h) Vibration Frequency (times/min) Motor Power (kW) Stroke (mm) Installation Inclination (°)
QGS-800 4000×800 1-3 300-380 1.5 8-15 (Adjustable) 3-6 (Adjustable)
QGS-1200 5000×1200 3-8 300-380 2.2 8-15 (Adjustable) 3-6 (Adjustable)
QGS-1500 6000×1500 8-15 320-400 3.0 10-18 (Adjustable) 3-6 (Adjustable)
QGS-2000 7000×2000 15-25 320-400 4.0 10-18 (Adjustable) 3-6 (Adjustable)

Product Advantages & Technical Highlights

  • Stable Transmission: Precise crank connecting rod drive, uniform vibration force, no severe vibration and noise during operation
  • High-efficiency Separation: Stable vibration frequency, good retention of fine gold and flake gold, far higher gold recovery rate than ordinary sluice
  • Durable & Sturdy: High-strength material for crank connecting rod, impact and wear resistance, suitable for harsh beneficiation working conditions
  • Easy Control & Adjustment: Flexible adjustment of vibration amplitude and frequency, suitable for ore materials with different particle sizes and mud contents
  • Low Failure Rate: Mature and simple structure, few wearing parts, convenient maintenance without professional technicians
  • Energy-saving & Economical: Low power consumption, low continuous operation cost, suitable for long-term use in medium and small gold separation projects

Applicable Scenarios & Materials

Applicable Scenarios

  • Fixed gold separation production line for placer gold mine
  • River sand mining and gold separation
  • Arid land sand gold mining
  • Low-grade gold ore enrichment
  • Gold tailings reprocessing
  • Separation of muddy gold-bearing ore materials
  • Supporting use in medium and small gold separation plants

Applicable Materials

  • Placer gold ore, fine gold, flake gold, granular gold
  • River sand ore, mountain sand ore, weathered sand gold-bearing ore
  • Muddy gold ore, gold mine tailings, low-grade gold-bearing sand and stone

 

 

Eccentric Shaft Driven Vibrating Chute for Gold Mining

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Product Overview

The eccentric shaft driven vibrating chute is an industrial equipment for gravity mineral separation and enrichment with an eccentric shaft transmission structure. Driven by a motor, the eccentric shaft rotates to drive the bed to vibrate continuously and stably. Cooperating with the flushing water system, it generates stable eddy current to realize the precise separation of heavy minerals (such as placer gold, iron ore) and gangue. The equipment features simple transmission, stable operation, wear resistance and energy saving, high separation precision and outstanding recovery effect of fine minerals. It has the advantages of anti-silting, anti-blocking, intelligent controllability and strong adaptability. It can be flexibly matched with production lines and supports customization without frequent relocation. It is a core equipment for large-scale and high-precision ore dressing operations in placer gold mining, mine gravity separation and other industries.

Core Technical Parameters

Model Bed Size (L×W) mm Processing Capacity (t/h) Vibration Frequency (times/min) Motor Power (kW) Eccentric Distance (mm) Installation Inclination (°)
PGS-800 (Eccentric Shaft Drive) 4000×800 1-4 320-400 1.5 5-10 (Adjustable) 3-6 (Adjustable)
PGS-1200 (Eccentric Shaft Drive) 5000×1200 3-9 320-400 2.2 5-10 (Adjustable) 3-6 (Adjustable)
PGS-1500 (Eccentric Shaft Drive) 6000×1500 8-16 350-420 3.0 8-12 (Adjustable) 3-6 (Adjustable)
PGS-2000 (Eccentric Shaft Drive) 7000×2000 15-28 350-420 4.0 8-12 (Adjustable) 3-6 (Adjustable)

Product Advantages & Technical Highlights

  • Powerful Power: Eccentric shaft drive with large thrust and uniform vibration, enabling smooth separation of heavy ore materials
  • Stable Operation: Reliable mechanical transmission, no stop or deviation, ensuring assured continuous operation
  • Precise Separation: Stable vibration rhythm with high recovery rate of fine gold, flake gold and granular gold
  • Wear Resistant & Durable: High strength core components with impact and wear resistance for long service life
  • Low Failure Rate: Simple and reasonable structure with few wearing parts, reducing later maintenance cost
  • Strong Adaptability: Normal separation of high mud content and high viscosity ore materials without caking

Applicable Scenarios & Materials

Applicable Scenarios

  • Placer gold ore dressing, river sand gold mining, dry land placer gold exploitation
  • Tailings reprocessing, muddy gold ore separation
  • Small and medium-sized fixed/mobile gold dressing production lines

Applicable Materials

  • Placer gold, fine gold, flake gold, granular gold
  • River sand ore, mountain sand ore, weathered sand ore
  • Muddy gold-bearing ore, low-grade gold ore tailings

 

Fixed Vibrating Sluice – Professional Gold Separation Equipment

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Product Overview

The fixed vibrating sluice is an industrial equipment for heavy mineral separation and enrichment with fixed installation. Its core is to drive the bed to vibrate continuously by motor, and cooperate with the flushing water system to generate eddy current, so as to realize the accurate separation of heavy minerals (such as placer gold, iron ore) and gangue. The equipment has the advantages of stable structure, wear resistance, energy saving, high separation efficiency and outstanding placer gold recovery rate. It has the advantages of anti-silting, anti-blocking, intelligent control and strong adaptability. It can be flexibly matched with production lines and support customization without frequent relocation. It is the core equipment for large-scale and long-term continuous mineral processing operations in placer gold mining, mine gravity separation and other industries.

Core Specifications

Model Bed Size (L×W) mm Processing Capacity (t/h) Vibration Frequency (times/min) Motor Power (kW) Installation Inclination (°)
FGS-800 (Fixed) 4000×800 1-3 300-380 1.5 3-6 (Adjustable)
FGS-1200 (Fixed) 5000×1200 3-8 300-380 2.2 3-6 (Adjustable)
FGS-1500 (Fixed) 6000×1500 8-15 320-400 3.0 3-6 (Adjustable)
FGS-2000 (Fixed) 7000×2000 15-25 320-400 4.0 3-6 (Adjustable)

Product Advantages & Technical Highlights

  • Stable Fixation: Whole machine fixed installation, no displacement during operation, suitable for long-term fixed-point work
  • High-efficiency Gold Separation: Vibration ore dressing, high recovery rate of fine gold and flake gold
  • Simple Structure: Concise design, low failure rate and convenient maintenance
  • Energy Saving: Small power, low energy consumption, low long-term operation cost
  • Continuous Operation: Continuous feeding and dressing, high production efficiency
  • Easy Operation: One-key start and stop, no complex debugging, quick to master

Applicable Scenarios & Materials

Applicable Scenarios

  • Fixed gold separation point of placer gold mine
  • River sand mining and gold separation
  • Fixed mineral processing production line of mine
  • Arid land placer gold dressing
  • Small gold mine enrichment
  • Tailing reprocessing

Applicable Materials

  • Placer gold mine, fine grained placer gold
  • Rock gold tailings, weathered sand
  • River sand ore, mud sand ore
  • Mud-containing gold ore

 

 

Long Cylinder Ball Mill – High Efficiency Ultra-fine Grinding Equipment

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Product Overview

The long cylinder ball mill is a high-efficiency ultra-fine grinding equipment with steel balls (steel sections optional) as the grinding medium and long cylinder multi-bin classification grinding, with a core length-diameter ratio of ≥4. It consists of long cylinder, multi-bin partition, steel balls (steel sections), frame, motor, transmission system, sealing system and other components. Driven by the motor, the long cylinder rotates to drive the steel balls (steel sections) and materials to collide, extrude and grind step by step in the multi-bin, and finally obtain high-precision ultra-fine finished products. The equipment covers medium and large specifications, can be adapted to dry and wet grinding, and has the advantages of solid structure, stable operation, wear resistance and energy saving, intelligent control, strong adaptability, convenient operation, etc. It mainly highlights the characteristics of long cylinder multi-bin, long grinding path and high ultra-fine grinding precision. It can directly receive materials from cone crushers, ordinary ball mills and other equipment to form a complete processing production line, and is widely used in mining, sand and stone, metallurgy, chemical industry, high-end building materials and other industries. It can process a variety of medium and high hardness materials, focusing on adapting to ultra-fine grinding and high-precision grinding scenarios, with low energy consumption, easy maintenance and high-quality finished products, which is a cost-effective core preferred equipment for large-scale ultra-fine grinding operations.

Core Specifications

Model Cylinder Spec (D×L) mm Length-Diameter Ratio Max Feed Size (mm) Grinding Fineness (Mesh) Processing Capacity (t/h) Motor Power (kW) Cylinder Speed (r/min) Machine Weight (t) Grinding Medium/Spec (mm)
MQG-1200×4800 (Medium) Φ1200×4800 4:1 ≤25 200-600 15-40 75 36 18.6 Steel Ball/Φ30-Φ70
MQG-1800×7200 (Medium) Φ1800×7200 4:1 ≤40 300-800 60-120 220 28 52.8 Steel Ball/Φ40-Φ80 (Steel Section Optional)
MQG-2400×9600 (Large) Φ2400×9600 4:1 ≤50 400-1000 150-280 450 22 126.5 Steel Ball/Φ50-Φ100 (Steel Section Optional)
MQG-3200×12800 (Large) Φ3200×12800 4:1 ≤60 500-1200 300-500 800 18 289.3 Steel Ball/Φ60-Φ120 (Steel Section Optional)

Product Advantages & Technical Highlights

  • Long cylinder ultra-fine grinding: Longer cylinder, long grinding path, finer and more uniform discharge
  • Sufficient ore grinding: Thorough ore grinding to meet fine mineral processing requirements
  • Stable fineness: Uniform finished product particle size with high qualification rate
  • Continuous operation: Suitable for long-time and large-batch grinding production
  • Solid structure: Thickened and reinforced cylinder, stable and durable operation
  • Wide applicability: Mostly used for secondary and tertiary fine grinding

Application Scenarios & Materials

Application Scenarios

  • Gold ore fine grinding
  • Non-ferrous metal mineral processing
  • Quartz sand fine grinding
  • Ceramic material grinding
  • Chemical ore fine grinding

Applicable Materials

  • Gold ore, iron ore, copper ore, quartz stone, feldspar
  • Slag, medium and high hardness ore

 

 

Overflow Ball Mill – Efficient Ore Fine Grinding Equipment For Mining

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Product Overview

The Overflow Ball Mill is a high-efficiency horizontal grinding equipment with steel balls as the grinding medium and natural overflow for ore discharge. It is composed of cylinder, steel balls, frame, motor, transmission system, sealing system, overflow weir and other core components. Driven by the motor, the cylinder rotates to drive the steel balls and materials to fully collide, extrude and grind, and then the qualified materials are discharged through the discharge port by natural overflow to realize fine and high-precision grinding of materials. The equipment includes small, medium and large specifications, and the discharge mode can be pure overflow or overflow + auxiliary forced. It has the advantages of firm structure, stable operation, wear resistance and energy saving, intelligent controllability, strong adaptability and easy operation, with the core characteristics of overflow discharge, uniform grinding and adaptation to fine grinding. It can directly receive materials from cone crushers, grid ball mills and other equipment to form a complete processing production line, and is widely used in mining, sand and stone, metallurgy, construction and other industries. It can process a variety of medium and high hardness materials, focusing on adapting to wet fine grinding, high-precision grinding and flotation supporting scenarios. With low energy consumption, easy maintenance and high-quality finished products, it is a cost-effective core choice for fine grinding operations of different scales.

Product Specification Parameters

Model Cylinder Specification (Dia×Length) mm Max Feed Size (mm) Grinding Fineness (Mesh) Processing Capacity (t/h) Motor Power (kW) Cylinder Speed (r/min) Machine Weight (t) Discharge Mode Steel Ball Specification (mm)
MQY-600×900 (Small) Φ600×900 ≤20 80-200 1-4 11 48 1.9 Natural Overflow Φ20-Φ40
MQY-1200×2400 (Medium) Φ1200×2400 ≤30 100-300 8-25 37 38 9.5 Natural Overflow (Optional with Auxiliary) Φ30-Φ60
MQY-1800×3600 (Medium) Φ1800×3600 ≤50 150-400 40-80 132 30 30.2 Natural Overflow Φ40-Φ80
MQY-2400×4500 (Large) Φ2400×4500 ≤60 200-500 100-180 280 24 79.3 Natural Overflow + Forced Auxiliary Discharge Φ50-Φ100

Product Advantages & Technical Highlights

  • High efficiency for fine & ultra-fine grinding with high discharge fineness
  • Natural overflow discharge for stable operation and low noise
  • Uniform finished particle size, meeting the requirements of mineral processing
  • Simple internal structure with low failure rate and easy maintenance
  • 24-hour continuous grinding operation with stable performance
  • Wide applicability, mainly for mining secondary grinding and fine grinding

Applicable Scenarios & Materials

Applicable Scenarios

  • Gold ore secondary fine grinding
  • Iron ore fine grinding
  • Non-ferrous metal beneficiation
  • Quartz sand grinding
  • Chemical raw material grinding

Applicable Materials

  • Gold ore, iron ore, copper ore, quartz stone
  • Slag, limestone
  • Fine grinding of medium and hard ores

 

 

Grid Type Ball Mill – High Efficiency Ore Grinding Equipment For Mining Industry

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Product Overview

The grid type ball mill is a high-efficiency horizontal grinding equipment that uses steel balls as the grinding medium and adopts grid plate for forced ore discharge. Its core components include cylinder, steel balls, grid plate, frame, motor, transmission system, sealing system, etc. Driven by the motor, the cylinder rotates to drive the steel balls and materials to collide, extrude and grind fully, and then the qualified materials are forced to discharge through the grid plate to realize the rough and medium grinding of materials. The equipment covers small, medium and large specifications, and the grid plate is available in single and double layers. It has the advantages of firm structure, stable operation, wear resistance, energy saving, intelligent controllability, strong adaptability and convenient operation, with the core characteristics of forced ore discharge and high-efficiency rough grinding. It can directly receive materials from crushing equipment such as cone crushers to form a complete processing production line, and is widely used in mining, sand stone, metallurgy, construction and other industries. It can process a variety of medium and high hardness ores, adapt to various working conditions of rough and medium grinding, with low energy consumption, high production capacity and low maintenance cost, and is a cost-effective core choice for rough grinding operations of different scales.

Core Specifications

Model Cylinder Specification (Dia×Length) mm Max Feed Size (mm) Grinding Fineness (Mesh) Processing Capacity (t/h) Motor Power (kW) Cylinder Speed (r/min) Total Weight (t) Grid Plate Type Steel Ball Specification (mm)
MQG-600×900 (Small) Φ600×900 ≤25 40-100 1.5-5 11 48 1.8 Single-layer Grid Plate Φ25-Φ45
MQG-1200×2400 (Medium) Φ1200×2400 ≤35 50-180 10-30 37 38 9.2 Double-layer (Single-layer Optional) Φ35-Φ65
MQG-1800×3600 (Medium) Φ1800×3600 ≤55 70-280 45-90 132 30 29.8 Double-layer Grid Plate Φ45-Φ85
MQG-2400×4500 (Large) Φ2400×4500 ≤65 90-380 110-200 280 24 78.5 Reinforced Double-layer Grid Plate Φ55-Φ105

Product Advantages & Technical Highlights

  • Forced discharge: Grid plate for forced ore discharge, no over-grinding and no blockage
  • Higher output: Superior output than ordinary ball mills under the same power
  • Smooth discharge: Coarse materials automatically reflux for full grinding
  • Stable operation: Suitable for continuous heavy load and long-time operation
  • Wear resistant and durable: Thickened cylinder and liner with long service life
  • Wide applicability: Usable for rough and fine grinding in mining industry

Application Scenarios & Materials

Application Scenarios

  • Coarse grinding of gold ore beneficiation, iron ore grinding
  • Primary grinding in mine, sand making and grinding of sand stone
  • Regrinding of tailings

Applicable Materials

  • Gold ore, iron ore, copper ore, quartz stone, limestone
  • Slag, medium and high hardness ores

 

 

Steel Ball Mill – Efficient Horizontal Grinding Equipment For Mining Industry

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Product Overview

The steel ball mill is an efficient horizontal grinding equipment with steel balls as the core grinding medium. It is mainly composed of cylinder, steel balls, frame, motor, transmission system, sealing system and other components. Driven by the motor, the cylinder rotates to drive the steel balls to fully collide, extrude and grind with the materials to realize material refinement. The equipment covers small, medium and large specifications, with two discharge methods of overflow type and lattice type. It has the advantages of firm structure, stable operation, wear resistance and energy saving, intelligent control, strong adaptability and convenient operation, highlighting the high hardness and high grinding efficiency of steel ball grinding medium. It can directly receive materials from crushing equipment such as cone crushers to form a complete processing production line, and is widely used in mining, sand and stone, metallurgy, construction and other industries. It can process a variety of medium and high hardness materials, adapt to coarse grinding, medium grinding and fine grinding working conditions, with low energy consumption, high production capacity and low maintenance cost, which is a cost-effective core preferred equipment for grinding operations of different scales.

Product Specification

Model Cylinder Specification (Dia×Length) mm Max Feed Size (mm) Grinding Fineness (Mesh) Processing Capacity (t/h) Motor Power (kW) Cylinder Speed (r/min) Total Weight (t) Discharge Method Steel Ball Specification (mm)
MQG-600×900 (Small) Φ600×900 ≤20 40-120 1-4 7.5 48 1.5 Overflow Type Φ20-Φ40
MQG-1200×2400 (Medium) Φ1200×2400 ≤30 60-200 8-25 30 38 8.6 Overflow/Lattice (Optional) Φ30-Φ60
MQG-1800×3600 (Medium) Φ1800×3600 ≤50 80-300 40-80 110 30 28.5 Overflow/Lattice (Optional) Φ40-Φ80
MQG-2400×4500 (Large) Φ2400×4500 ≤60 100-400 100-180 250 24 75.2 Overflow/Lattice (Optional) Φ50-Φ100

Product Advantages & Technical Highlights

  • Stable grinding: Uniform grinding force of steel balls, stable and controllable discharge fineness
  • Wide applicability: Grinding of hard and soft ores, slag, quartz, gold ore, etc.
  • Uniform discharge: Consistent finished product particle size, meeting flotation and gravity separation requirements
  • Wear resistance and durability: Thickened cylinder, wear-resistant liner, long service life
  • Continuous operation: 24-hour continuous production with stable efficiency
  • Easy maintenance: Mature structure, convenient replacement of wearing parts with low cost

Applicable Scenarios & Materials

Applicable Scenarios

  • Mining beneficiation grinding, gold ore fine grinding, quartz sand grinding
  • Slag micro-powder production, chemical raw material grinding, sand making production line

Applicable Materials

  • Gold ore, iron ore, quartz stone, granite, slag, steel slag, limestone
  • All kinds of medium and high hardness ores

 

 

Short Cylinder Ball Mill – High Efficiency Grinding Equipment For Mining

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Product Overview

The short cylinder ball mill is a high-efficiency grinding equipment with core functions of coarse and medium grinding. It adopts a core short cylinder horizontal structure (cylinder length-diameter ratio ≤1.5), driven by a motor to rotate the cylinder, driving steel balls and materials to fully collide and grind to realize material refinement. The equipment covers small and medium specifications, with two discharge modes of overflow type and grid type. It has the advantages of compact volume, stable operation, wear resistance, energy saving, intelligent controllability, strong adaptability and convenient operation. It can directly receive materials from crushing equipment such as cone crushers to form a complete processing production line. It is mainly suitable for coarse and medium grinding operations in mining, sand and other industries, and can process a variety of medium and high hardness materials. With low energy consumption, high production capacity, low maintenance cost and small floor space, it adapts to the operation needs of different scales and sites, and is a cost-effective choice for small and medium-sized coarse and medium grinding operations.

Core Parameters & Specifications

Model Cylinder Specification (D×L) mm Max Feed Size (mm) Grinding Fineness (Mesh) Processing Capacity (t/h) Motor Power (kW) Cylinder Speed (r/min) Total Weight (t) Discharge Mode
DTM-600×800 (Small) Φ600×800 ≤20 40-100 1-3 5.5 45 1.2 Overflow Type
DTM-1200×1500 (Small) Φ1200×1500 ≤30 60-150 5-12 18.5 38 5.8 Overflow/Grid (Optional)
DTM-1500×2000 (Medium) Φ1500×2000 ≤40 80-200 15-30 45 32 12.5 Overflow/Grid (Optional)
DTM-1800×2200 (Medium) Φ1800×2200 ≤50 100-250 35-60 90 28 23.8 Overflow/Grid (Optional)

Product Advantages & Technical Highlights

  • Short Cylinder & High Efficiency: Short cylinder, stable speed, high grinding efficiency and fast discharge
  • Uniform Granularity: Uniform discharge fineness to meet high standards of mineral processing and sand making
  • Compact Structure: Small floor space, easy installation, suitable for production line supporting
  • Stable Operation: Low vibration and noise, available for 24-hour continuous operation
  • Wear Resistant & Durable: Wear-resistant liner and steel balls, long service life and low cost
  • Wide Applicability: Capable of grinding ore, slag, steel slag, limestone and other materials

Applicable Scenarios & Materials

Applicable Scenarios

  • Gold ore grinding, iron ore fine grinding, mine mineral processing, sand making grinding
  • Slag recycling, chemical raw material grinding

Applicable Materials

  • Gold ore, iron ore, copper ore, quartz stone, limestone, slag, steel slag
  • Medium and hard hard ores