1. Eddy Current Separators Industry Key Raw Materials
1.1 Key Raw Materials
The raw materials of eddy current separators include stainless steel, rare earth magnets, circuit boards, belts, fiberglass, ceramics, etc. Eddy current separators use rare earth permanent magnets to remove non-ferrous metals such as aluminum and copper. The magnetic rotor can be designed with different pole configurations depending on the size of the metal to be recycled. Stainless steel protects the magnetic rotor assembly of the eddy current separator, extending the service life of the equipment, reducing maintenance and repair costs, and simplifying equipment maintenance. They are designed for the dirty, dusty environment found on many job sites.
1.2 Raw Materials Key Suppliers
Key suppliers of raw materials to the global Eddy Current Separators industry include Acerinox, ArcelorMittal, Jindal Stainless, MP Materials, Peak Rare Earths and China Rare Earth Holdings Limited.
Table Raw Materials Key Suppliers Lists
Raw Material | Suppliers | Contact Information |
Stainless steel | Acerinox | Web: www.acerinox.com Tel: (+34) 91 398 51 00 Add: Santiago de Compostela nº 100, 28035, Madrid, Spain |
ArcelorMittal | Web: corporate.arcelormittal.com Tel: +352 47 921 Add: 24-26 Bd d’Avranches, 1160 Bonnevoie-Nord-Verlorenkost, Luxembourg, Luxembourg | |
Jindal Stainless | Web: www.jindalstainless.com Tel: +91 – 011 – 26188345 Add: 12, Bhikaji Cama Place, New Delhi – 110066, India | |
Rare earth magnets | MP Materials | Web: mpmaterials.com Tel: 702.844.6111 Add: 1700 S Pavilion Center Drive, Eighth Floor, Las Vegas, Nevada 89135, USA |
Peak Rare Earths | Web: peakrareearths.com Tel: +61 8 9200 5360 Add: Level 9, 190 St Georges Terrace, Perth WA 6000, Australia | |
China Rare Earth Holdings Limited | Web: www.creh.com.hk Tel: (852) 2869 6283 Add: Unit 1011, 10/F., Harbour Crystal Centre, 100 Granville Road, Tsim Sha Tsui, Kowloon, Hong Kong, China |
2. Eddy Current Separators Market Distributors
Global Eddy Current Separators industry key distributors include Conval Quebec, Radwell International, EL Simeth Co., Inc., J.T.E. Company Limited, Solid Equipment Company and ACG – Air Consulting.
Table Eddy Current Separators Distributors
Distributors | Contact Information |
Conval Quebec | Web: convalquebec.com Tel: (514) 332-2301 Add: 9485 Trans-Canada Hwy., St-Laurent, Quebec,, H4S 1V3, Canada |
Radwell International | Web: www.radwell.com Tel: 800.884.5500 Add: 1 Millennium Drive, Willingboro, NJ 08046, USA |
EL Simeth Co., Inc. | Web: www.elsimeth.com Tel: (414) 771-9270 Add: 403 S. Hawley Road, Milwaukee, WI 53214, USA |
J.T.E. Company Limited | Web: www.jtecorp.com Tel: (02) 875-3036-40 Email: [email protected] |
Solid Equipment Company | Web: solidequip.com Tel: 855-952-2226 Add: 153 Mayo Road – Suite 209 Edgewater, MD 21037, USA |
ACG – Air Consulting | Web: www.acgair.cz Tel: +420 702 052 527 Add: Zázvorkova 2005/10, 155 00 Prague 5, Czech Republic |
3. Eddy Current Separators Market Customers
Key customers in the global Eddy Current Separators industry include Ford Motor Company, Volkswagen Group, Dow Chemical, Goodyear Tire and Rubber Company, Momentum Recycling, Gallo Glass Company, Glencore and BHP.
Table Eddy Current Separators Customers
Customers | Contact Information |
Ford Motor Company | Web: www.ford.com Tel: +1-800-392-3673 Add: Ford Motor Company, Customer Relationship Center, P.O. Box 6248, Dearborn, MI 48126, USA |
Volkswagen Group | Web: www.volkswagen-group.com Tel: +49-5361-9-0 Add: Berliner Ring 2, 38440 Wolfsburg, Germany |
Dow Chemical | Web: www.dow.com Tel: +1 (989) 636-1000 Add: 2211 H.H. Dow Way, Midland, MI 48674, USA |
Goodyear Tire and Rubber Company | Web: corporate.goodyear.com Tel: (330) 796-2121 Add: 200 Innovation Way Akron, Ohio 44316-0001, USA |
Momentum Recycling | Web: utah.momentumrecycling.com Tel: (801) 355-0334 Add: 657 South 4150 West, Salt Lake City, UT 84104, USA |
Gallo Glass Company | Web: www.galloglass.com Tel: (209) 341-4527 Add: 605 S Santa Cruz Ave, Modesto, CA 95354, USA |
Glencore | Web: www.glencore.com Tel: +41 41 709 20 00 Add: Baarermattstrasse 3, 6340 Baar, Switzerland |
BHP | Web: www.bhp.com Tel: (61 3) 1300 55 47 57 Add: 171 Collins Street, Melbourne, Victoria 3000, Australia |
4. Eddy Current Separators Industry Trends
‘Technological advances in eddy current separator design and function’
Eddy separators continue to advance in design, efficiency, and automation. These technological advances improve separation accuracy, increase throughput, and reduce maintenance requirements. Manufacturers are investing heavily in research and development to improve the performance and reliability of these separators. Eddy current separators are being integrated with AI-driven technologies and automation systems to optimize their performance, increase efficiency, and reduce manual intervention. For example, integrated systems that use cameras and deep learning-based artificial intelligence to identify recyclables can enable better control, real-time monitoring, and improved sorting accuracy. Ecohog provides modular, static, and mobile solutions for the scrap metal recycling industry. The ECOHOG HOGMAG range of eddy current separators are mobile crawler-mounted transportable units that offer a more flexible approach to waste recycling, reducing capital costs and increasing machine residual value. Ecohog has introduced the DCS dust collection system into its auxiliary range for managing unwanted airborne particles within processing facilities. Vacuum systems purify the air through filtration, contain dust particles in a closed chamber, and provide dust-proof facilities. Steinert expands sensor-based sorting systems. With X-ray transmission, X-ray fluorescence, and optical inspection systems, the sorting system utilizes a variety of state-of-the-art sensor-driven inspection technologies. The STEINERT XSS T EVO 5.0 separates a wide range of materials based on density differences. Applications include sorting non-ferrous scrap into light and heavy metals, ore sorting and cleaning of secondary fuels, and pre-concentration for the mining industry. EJET designs and manufactures Dual Channel Eddy Current Separators (DPECS) for optimal separation of ferrous and non-ferrous metals. DPECS is a compact, highly standardized modular system with a high degree of automation and an area of only 6-7 square meters. The global focus on the recycling of plastic waste continues to drive innovation. For removing the small non-ferrous metal found when recycling polypropylene, PET, or film, Bunting developed the High-Intensity Eccentric (HIE) Eddy Current Separator. The Eddy Current Separator utilizes magnetic forces to physically repel non-ferrous metals and enables separation from non-conductive materials. Overall, continued technological advancements allow eddy current separator systems to become more compact, require less power to operate, and become more powerful in their separation capabilities. This provides continued vitality for the future development of the eddy current separator industry.
5. Eddy Current Separators Market Challenges
‘Lack of understanding of recovery and eddy current separators’
Lack of knowledge is the biggest obstacle to going green. A survey of 2,000 Americans showed that 62% of respondents were concerned that a lack of knowledge led them to recycle incorrectly. In addition to lack of knowledge hampering recycling efforts, other reasons for not recycling include the cost of purchasing environmentally friendly products, lack of easy access, lack of space for extra bins, and lack of time to sort recyclables. There is no federal recycling program in the United States, instead, it is left up to individual communities to decide and run their programs. The result is a disconnected system, uneven access, and unequal services. E-waste is one of the largest and most complex waste streams in the world. Even in the European Union, which leads the world in e-waste recycling, officials report that less than 40% is recycled. This problem is getting worse as devices become more numerous, smaller, and more complex. This lack of understanding of recycling means that many industries and businesses may not be fully aware of the benefits and applications of eddy current separators. Therefore, a limited understanding of eddy current separators and their potential value in waste management or recycling processes may hinder the growth of the market.
6. Eddy Current Separators Market Restraints
‘High cost’
Eddy current separators can be expensive to purchase and install. The high initial investment required to purchase these systems can result in losses for some potential buyers, especially small and medium-sized businesses with limited budgets. To obtain a stronger eddy current field, rarer earth magnet materials need to be used in the rotor assembly, and strong, stable quality rare earth magnets are expensive. Larger eddy current separators for more severe applications are therefore more expensive. In addition to purchasing equipment, recycling companies also bear the burden of finding and paying skilled technicians. Technicians can perform preventive maintenance on equipment and make emergency service calls. Working in the waste recycling industry comes with many safety risks including chemical exposure, combustible dust explosions, machine breakdowns, etc. These risks have caused many workers to leave. If a buyer is located in an area with few options, the options may be limited in terms of the type and condition of equipment to be obtained. The expensive, bulky, and potentially dangerous equipment will eventually need to be replaced, and discarding equipment at the end of its useful life also results in increased costs. Furthermore, for a city to have an effective recycling system, adequate services such as separate bins and secure recycling centers are needed. Some cities do not have the resources or government support to provide adequate recycling services. Therefore, high cost restrains the growth of the eddy current separator market.
