Henan Xrido Environmental Protection Technology Co., Ltd.
                                                                                                           
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Since 2021
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Eddy Current Separator for Scrap Steel Crushing - 450-1500mm Belt Width, 98% Separation Efficiency

Price Negotiable
Price: Negotiable
MOQ: Negotiable
Delivery Time: 2-30 Working Days
Brand: Xrido
Product Description
Product Overview

Eddy current separator for scrap steel crushing material is an advanced device that utilizes the eddy current principle to efficiently separate metal and non-metal materials from scrap steel tailings. The equipment operates based on the difference in electrical conductivity of materials, providing high-precision separation of non-ferrous metals from industrial waste streams.

Eddy current separator machine for scrap steel crushing material separation
Working Principle

When conductive non-ferrous metals (such as copper, aluminum, etc.) pass through a high-frequency alternating strong magnetic field, eddy currents are induced inside the metal. These eddy currents generate a magnetic field in the opposite direction of the original magnetic field, causing non-ferrous metals to be repelled and leap forward along the conveying direction, achieving effective separation from other non-metallic materials.

Working principle diagram of eddy current separator Internal mechanism of eddy current separator
Main Components

The eddy current separator for scrap steel crusher primarily consists of:

  • Permanent magnetic roller system
  • Material conveying system (including conveyor belt, drive roller, and reduction motor)
  • Optional components: vibrating feeder, control power supply, and additional automation features
Technical Specifications
Belt Width (mm) Effective Space (mm) Separate Motor (kW) Belt Driven Motor (kW) Shaking Table Motor (kW) Small Material (m³/h) Big Material (m³/h)
450 320 3 0.55 120 3 6
580 420 3 0.55 120 4 8
650 520 4 0.75 120 5 10
800 620 5.5 0.75 120 7 14
1000 820 5.5 1.1 2*120 9 18
1200 1050 7.5 1.1 2*120 11 22
1500 1350 7.5 1.1 2*120 14 28
Application Scope

The eddy current separator for scrap steel crushing is widely used to recover copper, aluminum and other non-ferrous metals from various industrial solid wastes. The equipment achieves sorting efficiency exceeding 98% while significantly improving production efficiency and reducing labor intensity.

Primary Applications:
  • Scrap steel crushing plants: sorting non-ferrous metals from scrap steel crushing tailings
  • Automobile dismantling and crushing plants: separating non-ferrous metals from crushed materials
  • Electronic circuit board recycling plants: recovering non-ferrous metals from scrap electronic circuit fragments
  • Glass recycling industry: removing aluminum bottle caps and aluminum or copper alloy parts from broken glass materials
  • Pre-sorting and processing of domestic waste: sorting aluminum cans, bottle caps and copper/aluminum alloy parts
  • Waste paper recycling industry: separating non-ferrous metals from papermaking residues
Eddy current separator application in industrial recycling Industrial waste separation process using eddy current technology Non-ferrous metal separation from industrial materials
Technical Features
  • Easy operation with automatic separation of non-ferrous metals and non-metals
  • Simple installation compatible with new or existing production lines
  • Eccentric magnetic system design with field strength of 3000-3500Gs
  • Increases non-ferrous metal recovery rate by over 10%
  • Flexible adjustment capabilities with excellent sorting performance
  • Low energy consumption for energy-saving and environmentally friendly operation
Customer installation site showing eddy current separator in operation Industrial facility using eddy current separation technology Recycling plant with multiple eddy current separators
Maintenance Instructions
  • Daily cleaning and inspection for loose screws or worn components
  • Regular grease application to bearings (every 300 hours for closed bearings)
  • Monitor bearing temperature during operation (should not exceed 40°C)
  • Ensure material purity by preventing copper, iron, lead, large stones, and other contaminants
Product packaging and shipping preparation Secure packaging for industrial equipment transport Customer photos showing successful installations
Quality Certifications
Industry certifications and quality standards compliance
Company Profile
Manufacturer company profile and capabilities overview

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Henan Xrido Environmental Protection Technology Co., Ltd.
Location Zhengzhou City, Henan Prov, China
Contact Person Leo

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