Eddy Current Separator for Recovering Aluminium from TV Housing Regrind

Eddy Current Separator for Recovering Aluminium from TV Housing Regrind

Product Description:

This eddy current separator is purpose-built for recovering non-ferrous metals from incinerator bottom ash generated by waste-to-energy plants that process electronic waste. The machine features a heavy-duty frame constructed from 8 mm steel plate with a sacrificial wear liner that can be replaced after extended use. The rotor speed is adjustable from 800 to 4000 RPM lower than typical e-waste applications due to the abrasive nature of ash material. The working width of 1200 mm processes 8 to 15 tons per hour of bottom ash with particle sizes from 5 mm to 50 mm. A 11 kW motor drives the system using 380V 50Hz three-phase power. The belt is 10 mm thick heavy-duty rubber with a chevron profile and steel cord reinforcement for puncture resistance. The frame is painted in RAL 7032 pebble gray with a textured coating that hides wear marks. A manual splitter baffle with locking pins allows operators to set the separation point for varying ash compositions. The feed chute includes a water spray bar to control dust during operation. This machine is typically installed after a jaw crusher and before a wet gravity separator in IBA processing lines.

Product Introduction

This Eddy Current Separator (ECS) is an advanced sorting system designed to automatically eject non-ferrous metals (aluminium, copper, zinc, brass) from mixed solid waste streams. Built for continuous operation in Municipal Solid Waste (MSW) facilities, Incinerator Bottom Ash (IBA) recovery lines, and single-stream recycling centers, it transforms low-grade residue into profitable metal fractions.

Target Applications

• Municipal Solid Waste (MSW) Treatment Plants:

  Recovers beverage cans, aluminum foils, and small non-ferrous fragments from the heavy fraction after primary crushing / bag opening.

• Incineration Bottom Ash (IBA) Valorization:

  Extracts valuable non-ferrous metals from bottom ash, maximizing resource recovery and reducing disposal costs.

• Scrap Metal Recycling (Zorba Upgrading):

  Purifies shredded non-ferrous mixtures (Zorba) into high-grade copper, aluminum, and magnesium for smelters.

• Glass / Plastic Purification Lines:

  Removes metal contaminants from crushed glass (cullet) or plastic flakes to protect downstream shredders and improve end-product purity.

Key Advantages for Heavy-Duty Waste Streams

Separation Efficiency Guarantee

Up to 98% recovery rate for aluminium cans (20-50mm size) and 85-92% for fine non-ferrous particles (2-10mm), verified in real MSW plants.

Technical Specifications (Standard Range)

Competitive Advantages for Project Buyers

• Built for 24/7 harsh operation

  Reinforced frame, sealed bearings, and oversized shaft – tested in MSW plants handling >30% moisture and 15% abrasive content.

• Lower operating cost

  Energy-efficient rotor design consumes 20-30% less power than traditional models at same throughput.

• Easy integration

  Bolt-on design with standard inlet/outlet heights; can be retrofitted into existing conveyor lines within 2 days.

• Global after-sales support

  Spare parts (belts, bearings, rotor modules) available from regional warehouses. 12-month warranty + remote troubleshooting.

Request for Quotation (RFQ) – Please Provide:

To engineer the right solution for your facility, kindly share:

• Feed material description (e.g., MSW heavy fraction, bottom ash, glass cullet, Zorba)
• Particle size range (minimum to maximum in mm)
• Target output purity requirement (e.g., >95% aluminium)
• Expected processing volume (tons per hour or tons per day)
• Preferred working width (mm) and local voltage/frequency
• Site environmental conditions (indoor/outdoor, humidity, temperature)
• *Optional: Send a 2-5 kg material sample to our test center for a free separation analysis report.*

Contact Our Waste Sorting Specialist

• Email: Julie@huataogroup.com
• WhatsApp / WeChat: [+86 123 4567 8901]
• Website: https://www.huataoshredder.com