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HECS Eddy Current Non-ferrous Metal Separator
HECS Eddy Current Non-ferrous Metal Separator
HECS Eddy Current Non-ferrous Metal Separator
HECS Eddy Current Non-ferrous Metal Separator
HECS Eddy Current Non-ferrous Metal Separator
HECS Eddy Current Non-ferrous Metal Separator
HECS Eddy Current Non-ferrous Metal Separator
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The HECS Eddy Current Non-ferrous Metal Separator fundamentally transforms material recycling by enabling high-precision separation of valuable non-ferrous metals. Utilizing advanced eddy current technology, this robust system efficiently identifies and recovers copper, aluminum, brass, zinc, and other conductive metals from complex feed streams. It excels at extracting these resources from challenging sources like industrial waste, electronic scrap (e-waste), and mixed material flows.
Engineered for Demanding Performance
Designed for rigorous, continuous operation in recycling plants and waste processing facilities, the HECS Eddy Current Non-ferrous Metal Separator delivers exceptional results. Its durable construction minimizes maintenance needs while ensuring high uptime. Crucially, it achieves superior purity levels in the recovered non-ferrous fraction, separating metals effectively even from difficult materials like wet or fine-grained waste or automotive shredder residue (ASR).
Maximizing Efficiency and Value
By automating the critical task of non-ferrous metal recovery, the HECS Eddy Current Non-ferrous Metal Separator significantly boosts operational efficiency and profitability. It translates directly into higher material purity, reduced processing costs, and an enhanced return on investment for facilities handling bulk recyclables, making it an indispensable asset for modern, sustainable resource recovery operations.

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Core Structural Advantages

High-Performance Magnetic Drum

  • Permanent Magnet Assembly:Generates powerful alternating magnetic fields for maximum eddy current induction.
  • Precision Rotation System:Ensures consistent magnetic field distribution across the processing zone.
  • Sealed Protection Design:Prevents dust and particulate contamination of critical components.

Optimized Conveyor System

  • Durable Belt Configuration:Heavy-duty construction withstands abrasive materials.
  • Variable Speed Control:Adjustable feed rate for different material characteristics.
  • Low-Friction Rollers:Minimizes energy consumption during operation.

Industrial-Grade Frame

  • Reinforced Structural Design:Supports heavy-load operations in harsh environments.
  • Integrated Safety Covers:Full protection against dust and mechanical hazards.
  • Modular Construction:Facilitates easy integration into existing production lines. This robust framework is a cornerstone of the HECS Eddy Current Non-ferrous Metal Separator.

Intelligent Control System

  • Centralized Operation Interface:Simplifies parameter adjustments and monitoring.
  • Real-Time Performance Feedback:Ensures consistent separation efficiency.
Advanced Separation Technology

Eddy Current Principle

  • Conductivity-Based Sorting:Leverages inherent properties of non-ferrous metals.
  • Magnetic Repulsion Effect:Propels conductive materials away from non-metallic debris.
  • Selective Material Recovery:Targets high-value metals including copper and aluminum.

Continuous Processing Workflow

  1. Material Feeding:Mixed waste enters via conveyor system.
  2. Magnetic Field Interaction:Conductive metals react to alternating magnetic field.
  3. Precision Separation:Non-ferrous metals propelled to dedicated collection zone.
  4. Residual Discharge:Non-metallic materials continue on conveyor path. This efficient workflow defines the HECS Eddy Current Non-ferrous Metal Separator.
Performance Benefits

Superior Recovery Efficiency

  • Fine Metal Fragment Capture:Effective separation of small conductive particles.
  • High-Purity Output:Minimizes cross-contamination in recovered materials.

Operational Reliability

  • Minimal Maintenance Design:Sealed components and wear-resistant construction.
  • Continuous Processing Capability:Uninterrupted operation for high-volume facilities.

Resource Optimization

  • Energy-Efficient Operation:Optimized power consumption during separation.
  • Reduced Operational Costs:Long service life with minimal servicing requirements.
Technical Differentiation

Precision Engineering Features

  • Adaptive Separation Control:Tunable parameters for varying material streams.
  • Uniform Magnetic Field:Consistent performance across processing area.

Industrial Durability

  • Impact-Resistant Construction:Withstands demanding recycling environments.
  • Corrosion-Protected Components:Ensures longevity in harsh operating conditions.
Product Parameters

Model

Adaptable Capacity (m³/h)

Diameter of Sorting Drum (mm)

Magnetic Drum Speed (r/min)

Sorting Drum Speed (r/min)

Overall Dimensions (Length×Width×Height, mm)

Power of Sorting Drum (kw)

Power of Belt Drive (kw)

Weight (kg)

HECS-40

≤4

320

50 – 2800

60 – 150

2885×1500×1695

4

1.1

1200

HECS-60

≤6

320

50 – 2800

60 – 150

2885×1500×1695

5.5

1.1

1350

HECS-80

≤8

320

50 – 2800

60 – 150

2950×1700×1695

5.5

1.5

1500

HECS-100

≤10

400

50 – 2800

60 – 150

2950×2100×1695

7.5

1.5

1900

HECS-120

≤12

400

50 – 2800

60 – 150

2950×2400×1695

7.5

1.5

2100
Industry Applications
  • Electronic Waste Recycling:Copper/aluminum recovery from circuit boards.
  • Automotive Shredding:Non-ferrous metal extraction from vehicle fragments.
  • Municipal Waste Processing:Metal reclamation from mixed solid waste.
  • Industrial Scrap Recovery:Recycling of manufacturing byproducts. The HECS Eddy Current Non-ferrous Metal Separator excels across these demanding sectors.
 
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