Top 10 Electromagnetic Separator Manufacturers in the World 2026

Electromagnetic Overband Separators

Electromagnetic overband separators (also called suspended electromagnetic separators or cross-belt separators) are positioned above a conveyor belt, either in-line with the belt direction or cross-belt (perpendicular to material flow). The electromagnetic coil generates a deep-reaching field that penetrates the material burden on the conveyor, attracting ferrous tramp iron upward and out of the product stream. A self-cleaning belt running around the magnet housing continuously carries captured ferrous material to the side, where it is discharged into a collection bin.

Overband separators are the most widely used electromagnetic separator type in heavy industries such as mining, coal preparation, aggregate, and recycling. Their primary advantage is deep magnetic penetration, which allows them to extract tramp iron from thick material burdens on fast-moving conveyors. They are available in a wide range of sizes to match conveyor widths from 400 mm to 2,400 mm and beyond. Field intensities at the pole face typically range from 6,000 to 12,000 Gauss depending on the model and manufacturer. Installation is straightforward—the unit is simply suspended above the existing conveyor with minimal modification to the conveying system.

Electromagnetic Drum Separators

Electromagnetic drum separators employ a stationary electromagnetic core enclosed within a rotating outer shell (the drum). Material is fed onto the drum surface, and as the shell rotates, ferrous particles are attracted and held against the drum surface by the internal electromagnetic field. The rotation carries magnetic particles around the drum to a separate discharge point, while non-magnetic material flows freely off the drum under gravity. A splitter plate at the discharge point separates the magnetic and non-magnetic fractions.

Drum separators are particularly effective for processing granular and powdered materials where a consistent, high-capacity separation is required. They can operate in both dry and wet configurations. Wet drum separators are widely used in mineral processing for recovering magnetite from dense medium separation circuits and for iron ore beneficiation. Dry drum separators are common in mineral sands processing, recycling, and dry bulk material cleaning. Electromagnetic drum separators offer the advantage of adjustable field intensity through coil current control, enabling the same unit to handle different feed materials or separation objectives by simply adjusting the electrical supply.

Electromagnetic Roll Separators

Electromagnetic roll separators (also called induced roll separators or high-intensity roll separators) use a rapidly rotating electromagnetic roll to achieve high-intensity dry magnetic separation. The feed material is presented as a thin layer on a conveyor or vibratory feeder that delivers it to the roll surface. Weakly magnetic particles are attracted to the roll and carried around it, while non-magnetic particles are thrown forward by centrifugal force and pass over a splitter into a separate collection chute.

These separators are designed for the dry separation of weakly magnetic minerals such as hematite, ilmenite, rutile, garnet, and monazite. They typically operate at field intensities of 15,000 to 25,000 Gauss at the roll surface, making them suitable for minerals that require high magnetic forces for effective separation. Roll separators can be configured as single-roll or multi-roll (two, three, or four rolls in series) to achieve progressively cleaner magnetic or non-magnetic products through successive separation stages. They are extensively used in mineral sands processing, rare earth mineral concentration, and glass raw material purification.

Electromagnetic Disc Separators

Electromagnetic disc separators are a specialized type of high-intensity magnetic separator that uses a series of rotating discs fitted with sharp-edged poles to generate extremely high magnetic field gradients in the working zone. The sharp pole edges concentrate the magnetic flux into a small volume, creating intense local field gradients that can attract even very fine, weakly magnetic particles. Material is fed onto a vibrating conveyor that passes beneath the rotating discs; magnetic particles are attracted to the disc edges, carried out of the material stream by disc rotation, and discharged into separate collection points.

Disc separators were historically important in tin ore processing (particularly for removing wolframite and cassiterite from cassiterite concentrates) and in the purification of various mineral concentrates. While they have been partly supplanted by modern WHIMS and roll separators in some applications, they remain in use for specific mineral processing tasks where their unique pole configuration offers advantages. Their multi-zone design allows several separation zones along the disc array, enabling rougher, cleaner, and scavenger separation in a single unit.

Electromagnetic Pulleys

Electromagnetic pulleys function as the head pulley of a conveyor system, replacing the standard non-magnetic end pulley. The electromagnetic coil inside the pulley generates a magnetic field that attracts ferrous material as it reaches the conveyor discharge point. Magnetic particles are held to the belt surface and carried around the pulley, discharging behind the normal trajectory, while non-magnetic material follows the natural parabolic trajectory off the belt. A splitter divides the two streams.

Electromagnetic pulleys offer the advantage of integral conveyor integration—no additional equipment needs to be suspended above or installed beside the conveyor. This makes them particularly attractive for installations where space is limited or where a simple, compact separation solution is required. They are commonly used in recycling, wood processing, municipal waste handling, and foundry sand reclamation. Field intensities are generally lower than overband separators due to the geometric constraints of the pulley diameter, but the close proximity of the material to the magnet surface (the belt wraps directly around the pulley) compensates for this limitation.

High-Intensity Electromagnetic Separators

High-intensity electromagnetic separators are engineered to generate magnetic fields significantly above those of standard electromagnetic separators, typically exceeding 15,000 Gauss at the working surface. This is achieved through specialized coil designs, high-permeability core materials, optimized pole geometries that concentrate flux, and in some cases, closed magnetic circuits that minimize flux leakage. These separators are designed for the most demanding separation tasks involving fine particles, weakly magnetic minerals, or applications where very high separation efficiency is required.

High-intensity electromagnetic separators include high-intensity roll separators, high-intensity drum separators, and specialized closed-circuit designs. They are essential in mineral sands processing (separating ilmenite, rutile, and zircon), iron ore beneficiation (concentrating hematite and goethite), rare earth mineral processing, and the purification of industrial minerals such as quartz, feldspar, and kaolin. Their higher power consumption and more demanding cooling requirements compared to standard electromagnetic separators are justified by the superior separation performance they deliver.

WHIMS — Wet High-Intensity Magnetic Separator

The Wet High-Intensity Magnetic Separator (WHIMS) is one of the most important electromagnetic separator types in modern mineral processing. WHIMS units use an electromagnetic coil to magnetize a matrix of finely divided ferromagnetic material (typically steel wool, expanded metal, or grooved plates) placed inside the working zone. This magnetized matrix generates extremely high magnetic field gradients in the small interstices between matrix elements, enabling the capture of very fine (sub-100 micrometer) weakly magnetic particles from a slurry feed.

WHIMS operates on a cyclic basis: during the separation cycle, slurry flows through the energized matrix, and magnetic particles are trapped on the matrix surfaces. When the matrix approaches loading capacity, the coil is de-energized, and the matrix is flushed with water to discharge the magnetic concentrate. Modern WHIMS units often use a rotating carousel design with multiple matrix compartments, allowing continuous operation as one compartment is cleaned while others remain in the separation mode.

WHIMS is indispensable in iron ore beneficiation (concentrating fine hematite and goethite from low-grade ores), mineral sands processing (recovering fine ilmenite and leucoxene), rare earth mineral concentration, coal desulfurization (removing pyritic sulfur), and clay and kaolin purification (removing iron-bearing impurities that cause discoloration). WHIMS represents the highest intensity electromagnetic separation technology available for wet processing and is a cornerstone of modern mineral processing flowsheets.

1. Nippon Magnetics

Company Overview: Founded in 1943 and headquartered in Kobe, Japan, Nippon Magnetics (NMG) is one of Japan's most established magnetic separation equipment manufacturers. With over 80 years of continuous operation, NMG has developed deep expertise in electromagnetic separator design and manufacturing, serving the Japanese domestic market and international clients across Asia, Europe, and the Americas. The company operates advanced manufacturing facilities in Kobe with in-house coil winding, core machining, and magnetic field testing capabilities.

Electromagnetic Separator Products: Nippon Magnetics offers a focused but technically refined range of electromagnetic separators. Their product line includes electromagnetic overband separators (suspended type), electromagnetic drum separators, electromagnetic pulleys, and plate-type electromagnetic separators. Their EMO series overband separators are particularly well-regarded for their deep-penetrating field design and reliable continuous-duty performance. The EMD series drum separators are widely used in mineral processing and recycling applications throughout the Asian market.

Electromagnetic Technology: NMG employs precision-wound electromagnetic coils with high-purity copper conductors and class-H insulation systems rated for continuous duty at elevated temperatures. Their core designs use high-permeability electromagnetic steel laminations to maximize flux concentration in the working zone. A notable feature of NMG's electromagnetic design is their optimized pole geometry, which is engineered through magnetic field simulation to achieve deep field penetration while maintaining field uniformity across the working width.

Magnetic Intensity / Configuration: NMG electromagnetic overband separators deliver surface field intensities of 6,000 to 12,000 Gauss depending on model and working gap. Their electromagnetic drum separators operate at 4,000 to 8,000 Gauss at the drum surface. Coil configurations are available in natural air cooling for standard-duty applications and forced-air cooling for heavy-duty continuous operation.

Applications: Mining (iron ore, coal, limestone), mineral processing, ceramics, glass raw material purification, chemical industry, food processing, and recycling. In the Japanese market, NMG has particularly strong penetration in the ceramics and glass industries, where reliable ferrous contamination removal is critical to product quality.

Customization Capabilities: Nippon Magnetics offers customization of coil specifications, housing dimensions, cooling methods, and mounting configurations to suit specific installation requirements. Their engineering team provides magnetic field simulation and working gap analysis to optimize separator selection for each application.

Why Choose This Manufacturer: NMG's decades of electromagnetic separator specialization, precision Japanese manufacturing quality, and deep application expertise in Asian industrial markets make them an excellent choice for buyers seeking proven electromagnetic technology with reliable long-term performance. Their focused product line ensures that every unit benefits from continuous refinement rather than fragmented engineering resources.

Request a Quote

2. Eriez

Company Overview: Founded in 1942, Eriez is a global leader in separation technologies, headquartered in Erie, Pennsylvania, USA. With manufacturing facilities on five continents and sales offices in over 20 countries, Eriez has one of the broadest global footprints in the magnetic separation industry. The company's extensive portfolio spans electromagnetic and permanent magnetic separators, metal detectors, vibratory feeders, and flotation equipment, making it a comprehensive source for material separation and processing solutions.

Electromagnetic Separator Products: Eriez offers a comprehensive range of electromagnetic separators including electromagnetic overband separators (their VF and HF series), electromagnetic drum separators (dry and wet configurations), electromagnetic pulleys, and specialized electromagnetic separators for unique applications. Their electromagnets are widely used in mining, recycling, and aggregate operations worldwide. Eriez also manufactures electromagnetic ferrous traps for liquid and slurry lines, addressing food, pharmaceutical, and chemical processing requirements.

Electromagnetic Technology: Eriez electromagnetic separators feature heavy-duty coil designs with class-H insulation for continuous operation in demanding environments. Their coils are engineered for maximum heat dissipation, with aluminum and copper conductor options to balance performance and weight. Eriez's electromagnetic core designs optimize magnetic flux distribution for deep field penetration, and their overband separators feature precision-aligned pole pieces that maximize the working field at the material burden depth.

Magnetic Intensity / Configuration: Eriez electromagnetic overband separators deliver field intensities from 6,000 to 15,000 Gauss at the pole face, with deep-penetrating models designed for burdens up to 400 mm depth. Their electromagnetic drum separators operate at 4,000 to 7,000 Gauss surface intensity. Available in widths from 300 mm to over 2,000 mm, Eriez electromagnetic separators cover the full range of industrial conveyor sizes.

Applications: Mining (coal, iron ore, aggregate), recycling (municipal solid waste, C&D debris, scrap), mineral processing, food processing, pharmaceuticals, chemicals, ceramics, glass, and plastics. Eriez's breadth of application experience is one of their key differentiators—they have separation solutions for virtually every industry that requires ferrous contamination removal or magnetic mineral concentration.

Customization Capabilities: Eriez offers extensive customization including custom widths, special coil voltages, various cooling methods (natural convection, forced air, oil cooling), explosion-proof designs, and application-specific pole configurations. Their Applications Engineering group works directly with customers to specify the optimal separator for each installation.

Why Choose This Manufacturer: Eriez's unmatched global manufacturing footprint, century-scale engineering pedigree, and the broadest electromagnetic separator product range in the industry make them a reliable partner for heavy-duty electromagnetic separation. Their global service network ensures local support for installation, maintenance, and spare parts anywhere in the world.

Request a Quote

3. Bunting Magnetics

Company Overview: Bunting is a leading manufacturer of magnetic separation and metal detection equipment with primary manufacturing facilities in Newton, Kansas (USA) and Berkhamsted, United Kingdom. Founded in 1959, Bunting has grown through both organic expansion and strategic acquisitions, including the acquisition of Master Magnets (UK) in 2017, which significantly expanded their mineral processing and high-intensity separation capabilities. Bunting serves customers across North America, Europe, and increasingly in global markets.

Electromagnetic Separator Products: Bunting offers electromagnetic overband separators, electromagnetic drum separators, and electromagnetic pulleys. Their suspension magnets range from standard-duty models to heavy-duty designs for deep burden applications. Through the Master Magnets product line, Bunting also offers high-intensity electromagnetic separators including induced roll separators and WHIMS units for mineral processing applications, giving them one of the most complete electromagnetic separator portfolios among western manufacturers.

Electromagnetic Technology: Bunting electromagnetic separators feature precision-wound coils with high-temperature insulation and optimized core geometries. Their heavy-duty electromagnetic overband separators use deep-field coil designs that achieve effective separation at burden depths exceeding 350 mm. The Master Magnets high-intensity separator range incorporates advanced electromagnetic circuit designs with closed-loop magnetic circuits that minimize flux leakage and maximize working field intensity, particularly important for fine mineral separation.

Magnetic Intensity / Configuration: Bunting electromagnetic overband separators deliver 6,000 to 14,000 Gauss at the pole face. Their high-intensity induced roll separators (through Master Magnets) achieve 20,000+ Gauss at the roll surface, and their WHIMS units generate matrix field intensities exceeding 15,000 Gauss. This range of intensities allows Bunting to serve both tramp iron removal applications and high-intensity mineral concentration tasks.

Applications: Recycling (MSW, C&D, scrap, WEEE), mining (coal, iron ore, mineral sands), mineral processing (beneficiation of weakly magnetic minerals), aggregate, ceramics, glass, and bulk material handling. Bunting's strength in recycling applications is well-established, and the Master Magnets acquisition has given them significant credibility in mineral processing markets.

Customization Capabilities: Bunting provides custom electromagnetic separator designs for non-standard conveyor widths, unusual installation configurations, and special application requirements. Their Test Center in the UK allows customers to process sample materials on full-size electromagnetic separators to validate separation performance before purchase—a significant advantage for mineral processing applications where separation behavior is difficult to predict theoretically.

Why Choose This Manufacturer: Bunting's dual manufacturing presence in the USA and UK, combined with high-intensity electromagnetic capabilities through Master Magnets, makes them uniquely positioned to serve both general industrial tramp iron removal and specialized mineral processing applications. Their material testing capability is a major asset for buyers processing unfamiliar or difficult materials.

Request a Quote

4. LONGi Magnet

Company Overview: LONGi Magnet Technology Co., Ltd. is one of China's largest and most technically advanced magnetic separation equipment manufacturers. Headquartered in Fushun, Liaoning Province, LONGi has been a major force in the Chinese mining and mineral processing equipment market for over two decades and has increasingly expanded into international markets. The company operates a large manufacturing complex with dedicated electromagnetic coil winding, core fabrication, and assembly facilities, supported by an in-house research and development center focused on magnetic separation technology.

Electromagnetic Separator Products: LONGi offers an extensive electromagnetic separator product range that is among the broadest of any single manufacturer. Their lineup includes electromagnetic overband separators (RCDB series), electromagnetic drum separators, electromagnetic pulleys, electromagnetic dry high-intensity magnetic separators, and wet high-intensity magnetic separators (WHIMS). LONGi's WHIMS units are particularly significant in the Chinese mineral processing market, where they are widely deployed in iron ore beneficiation plants throughout China's major mining regions.

Electromagnetic Technology: LONGi employs advanced electromagnetic coil designs including oil-cooled coils for continuous heavy-duty operation and forced-air cooled coils for standard applications. Their WHIMS units use a unique matrix design with optimized groove plate configurations that maximize magnetic field gradient while maintaining adequate slurry flow channels. LONGi's electromagnetic circuit designs are continuously refined through FEM (Finite Element Method) magnetic field simulation, ensuring optimal flux distribution in new product designs.

Magnetic Intensity / Configuration: LONGi electromagnetic overband separators deliver 6,000 to 12,000 Gauss at the pole face. Their dry high-intensity electromagnetic roll separators achieve 15,000 to 22,000 Gauss at the roll surface. LONGi WHIMS units operate at background field intensities of 10,000 to 15,000 Gauss with matrix gradient intensities significantly higher. LONGi offers electromagnetic separators in very large sizes, including overband units for conveyors exceeding 2,400 mm width, reflecting the scale of Chinese mining operations.

Applications: Mining (iron ore, coal, manganese, titanium), mineral processing (hematite beneficiation, limonite upgrading, ilmenite separation), coal preparation (tramp iron removal, magnetic pyrite removal), ceramics, glass, and building materials. LONGi's dominance in the Chinese iron ore beneficiation sector is a key market differentiator.

Customization Capabilities: LONGi offers extensive customization including non-standard sizes, special coil voltages and frequencies, custom matrix designs for WHIMS, and application-specific magnetic circuit modifications. Their engineering team provides comprehensive flowsheet design assistance for mineral processing applications, going beyond individual equipment specification to support overall plant design.

Why Choose This Manufacturer: LONGi's combination of broad electromagnetic separator product range, advanced WHIMS technology, competitive pricing, and deep experience in large-scale mineral processing makes them an excellent choice for mining and mineral processing applications, particularly in markets where Chinese equipment standards are accepted. Their large manufacturing capacity also ensures competitive delivery schedules.

Request a Quote

5. SLon Magnetic Separator

Company Overview: SLon Magnetic Separator Ltd. is a specialized Chinese manufacturer focused exclusively on high-intensity magnetic separation technology. Based in Ganzhou, Jiangxi Province—the heart of China's rare earth and non-ferrous mineral processing industry—SLon has developed a world-recognized expertise in wet high-intensity magnetic separation. The company was founded by Professor Xiong Dahe, whose research on pulsating high-intensity magnetic separation has been widely cited in mineral processing literature and has formed the basis for SLon's innovative product designs.

Electromagnetic Separator Products: SLon's core product is the SLon Wet High-Intensity Magnetic Separator, which is available in a range of models from laboratory scale to very large production units. The SLon WHIMS uses a vertical ring configuration with a pulsating mechanism that improves separation efficiency by preventing matrix clogging and enhancing the selectivity of magnetic capture. SLon also offers dry high-intensity electromagnetic separators for applications where wet processing is not suitable.

Electromagnetic Technology: SLon's key technological innovation is the pulsating magnetic separation mechanism. In conventional WHIMS, the matrix can become clogged with magnetic particles, reducing both capacity and separation efficiency. SLon's pulsating design introduces a periodic oscillation of the slurry flow through the matrix, which prevents the buildup of captured particles on matrix surfaces and improves the selectivity of magnetic attraction. This results in higher concentrate grades and recoveries compared to conventional WHIMS, particularly for fine-particle separations. The electromagnetic coils are oil-cooled for continuous heavy-duty operation.

Magnetic Intensity / Configuration: SLon WHIMS units operate at background magnetic field intensities of 10,000 to 14,000 Gauss. The pulsating matrix generates extremely high local field gradients that enable the capture of particles as fine as 20 micrometers. SLon offers models with ring diameters from 500 mm (laboratory) to 3,000 mm (large production units), with processing capacities ranging from a few kilograms per hour to over 200 tonnes per hour depending on model and application.

Applications: Iron ore beneficiation (hematite, limonite, siderite), mineral sands processing (ilmenite, rutile, zircon), rare earth mineral concentration, non-metallic ore purification (quartz, feldspar, kaolin), coal desulfurization, and manganese ore beneficiation. SLon WHIMS units are particularly dominant in Chinese hematite beneficiation plants, where they are considered the standard equipment for fine-particle iron ore concentration.

Customization Capabilities: SLon provides customization of matrix type (steel wool, expanded metal, or grooved plates), pulsation parameters, coil specifications, and ring diameter to suit specific mineral processing requirements. Their technical team offers detailed flowsheet analysis and separation testwork services, including laboratory and pilot-scale testing at their Ganzhou facility.

Why Choose This Manufacturer: SLon's exclusive focus on high-intensity magnetic separation, combined with their innovative pulsating WHIMS technology and deep mineral processing application expertise, makes them the premier choice for WHIMS applications. Their technology is specifically optimized for the most challenging fine-particle wet magnetic separations, where conventional designs often underperform.

Request a Quote

6. Jaykrishna Magnetics

Company Overview: Jaykrishna Magnetics Pvt. Ltd. is an Indian manufacturer of magnetic separation and vibratory processing equipment, based in Ahmedabad, Gujarat. Established in 1978, the company has over four decades of experience manufacturing magnetic separation equipment for the Indian domestic market and international clients. Jaykrishna is one of India's more established magnetic separator manufacturers, with a product range that spans both electromagnetic and permanent magnetic separation technologies.

Electromagnetic Separator Products: Jaykrishna offers electromagnetic overband separators, electromagnetic drum separators, electromagnetic pulleys, and electromagnetic plate magnets. Their electromagnetic overband separators are available in both self-cleaning and manual-cleaning configurations, with sizes to match standard conveyor widths. The company also manufactures electromagnetic chutes and hump magnets for gravity-flow applications.

Electromagnetic Technology: Jaykrishna electromagnetic separators use aluminum or copper coil windings with class-B or class-H insulation depending on the duty rating. Their coil designs are conventional but proven, with natural air cooling for standard-duty units and forced-air cooling options for heavy-duty applications. Core construction uses mild steel with machined pole faces to concentrate the magnetic field in the working zone.

Magnetic Intensity / Configuration: Jaykrishna electromagnetic overband separators deliver surface field intensities of 5,000 to 10,000 Gauss depending on model and working gap. Their electromagnetic drum separators operate at 3,000 to 6,000 Gauss at the drum surface. Available conveyor widths range from 300 mm to 1,500 mm.

Applications: Mining, mineral processing, recycling, bulk material handling, ceramics, chemicals, food processing, and pharmaceuticals. Jaykrishna serves a broad range of Indian industrial sectors and has growing export sales in Southeast Asia, the Middle East, and Africa.

Customization Capabilities: Jaykrishna offers customization of separator dimensions, coil specifications, and mounting configurations. They also provide integrated magnetic separation systems that combine electromagnetic separators with metal detectors and vibratory feeders for complete tramp iron removal solutions.

Why Choose This Manufacturer: Jaykrishna Magnetics offers reliable electromagnetic separator technology at competitive pricing, with the advantage of local manufacturing and support for the Indian market. Their decades of experience and established reputation in India make them a practical choice for domestic buyers and for international projects where cost-effective solutions are prioritized.

Request a Quote

7. Star Trace Solutions

Company Overview: Star Trace Solutions Pvt. Ltd. is an Indian manufacturer and exporter of magnetic separation, mineral processing, and material handling equipment, headquartered in Chennai, Tamil Nadu. The company has established itself as a supplier of magnetic separation equipment for both the Indian market and international clients, with export sales to over 30 countries. Star Trace offers a broad catalog of magnetic separation equipment including both electromagnetic and permanent magnetic separator types.

Electromagnetic Separator Products: Star Trace manufactures electromagnetic overband separators, electromagnetic drum separators, electromagnetic pulleys, electromagnetic plate magnets, and electromagnetic wet drum separators. Their product range is positioned for general industrial applications and mineral processing, with electromagnetic overband separators being their most widely supplied product for export markets.

Electromagnetic Technology: Star Trace electromagnetic separators feature conventional coil-core designs with aluminum or copper windings and natural air cooling for standard-duty operation. Their electromagnetic core designs follow established engineering principles with machined pole pieces for field concentration. While their electromagnetic technology does not incorporate the advanced innovations of specialized high-intensity manufacturers, it represents proven, reliable design for standard tramp iron removal and mineral processing applications.

Magnetic Intensity / Configuration: Star Trace electromagnetic overband separators deliver surface field intensities of approximately 5,000 to 9,000 Gauss. Their electromagnetic drum separators operate at 3,000 to 6,000 Gauss. The company offers a range of standard sizes and can manufacture custom sizes for specific conveyor installations.

Applications: Mining, mineral processing, recycling, coal preparation, ceramics, chemicals, food processing, and agricultural product processing. Star Trace has particular visibility in the mineral processing equipment export market, where their competitive pricing and broad catalog attract buyers in developing markets.

Customization Capabilities: Star Trace offers customization of electromagnetic separator dimensions, coil specifications, and cooling methods. They also provide complete mineral processing plant design and equipment supply, positioning themselves as an equipment package supplier rather than solely a component manufacturer.

Why Choose This Manufacturer: Star Trace Solutions provides a broad range of electromagnetic separator types at competitive export pricing, making them a viable option for cost-sensitive buyers in developing markets. Their ability to supply complete mineral processing equipment packages can also simplify procurement for turnkey projects.

Request a Quote

8. Electro Flux Equipments

Company Overview: Electro Flux Equipments Pvt. Ltd. is an Indian manufacturer specializing in electromagnetic lifting and separation equipment, based in Coimbatore, Tamil Nadu. As their name suggests, Electro Flux has a particular focus on electromagnetic technology—their product line includes electromagnetic lifters, electromagnetic chucks, and electromagnetic separators. This specialization in electromagnetic devices gives them deeper expertise in coil design and electromagnetic circuit optimization than manufacturers whose primary focus is permanent magnet technology.

Electromagnetic Separator Products: Electro Flux manufactures electromagnetic overband separators (both self-cleaning and manual types), electromagnetic drum separators, electromagnetic pulleys, and electromagnetic plate magnets. Their electromagnetic separator range is designed for general industrial tramp iron removal across standard conveyor installations and material handling systems.

Electromagnetic Technology: Given their specialization in electromagnetic equipment, Electro Flux has well-developed coil engineering capabilities. Their coils use class-H insulation for high-temperature operation, and they offer both aluminum and copper conductor options. Their electromagnetic core designs feature optimized pole geometries for effective field penetration at typical working distances. Cooling options include natural convection (standard) and forced air (heavy duty).

Magnetic Intensity / Configuration: Electro Flux electromagnetic overband separators deliver surface field intensities of 5,000 to 10,000 Gauss depending on model size and working gap. Their electromagnetic pulleys and drum separators operate at 3,000 to 6,000 Gauss. Standard sizes cover conveyor widths from 400 mm to 1,600 mm.

Applications: Mining, recycling, bulk material handling, steel plants, foundries, cement plants, and general industrial tramp iron removal. Electro Flux serves primarily the Indian domestic market with growing export sales to Southeast Asian and Middle Eastern countries.

Customization Capabilities: Electro Flux offers customization of coil specifications, separator dimensions, and mounting configurations. Their electromagnetic specialization allows them to provide custom coil designs for unusual voltage, frequency, or duty cycle requirements that may be difficult for more generalized manufacturers to accommodate.

Why Choose This Manufacturer: Electro Flux's focused expertise in electromagnetic technology, competitive Indian manufacturing costs, and willingness to customize electromagnetic coil specifications make them a practical choice for buyers who need standard electromagnetic separation with specific electrical requirements or for projects in markets where Indian equipment is accepted.

Request a Quote

9. Metso

Company Overview: Metso Corporation is a globally leading industrial equipment company headquartered in Helsinki, Finland, providing a comprehensive range of equipment and services for the mining, aggregates, and process industries. Formed through the merger of Metso Minerals and Outotec in 2020, the company has a deep heritage in mineral processing equipment that includes magnetic separation technology dating back to the predecessors of both organizations. Metso operates manufacturing facilities and service centers worldwide, with a particularly strong presence in the Nordic countries, South America, and Australia.

Electromagnetic Separator Products: Metso offers electromagnetic wet drum separators for dense medium recovery circuits in coal preparation and mineral processing plants. These separators are integral components of Metso's dense media separation (DMS) system offerings. Metso also provides electromagnetic overband separators for tramp iron removal on conveyor systems in mining operations. While Metso's electromagnetic separator range is narrower than specialized magnetic separation manufacturers, it is engineered for seamless integration with their broader mineral processing equipment systems.

Electromagnetic Technology: Metso electromagnetic separators incorporate the company's extensive mineral processing engineering experience. Their wet drum separators for dense medium recovery are designed for maximum magnetite recovery efficiency, with optimized pole configurations and tank designs (counter-current, concurrent, and counter-rotation) that are selected based on the specific DMS circuit requirements. Their electromagnetic coils are designed for continuous operation in the demanding conditions of coal preparation and mineral processing plants.

Magnetic Intensity / Configuration: Metso electromagnetic wet drum separators deliver field intensities of 4,000 to 7,000 Gauss at the drum surface, which is appropriate for magnetite recovery from DMS circuits. Their electromagnetic overband separators operate at 6,000 to 10,000 Gauss. Available drum diameters include 900 mm, 1,200 mm, and 1,500 mm standard sizes, with widths up to 3,000 mm for high-capacity applications.

Applications: Mining (iron ore, coal, diamonds, base metals), mineral processing (dense medium separation, magnetite recovery), and aggregate processing. Metso's electromagnetic separators are primarily specified as part of larger Metso processing plant installations, where their integration with Metso's crushing, screening, and process control systems provides operational advantages.

Customization Capabilities: Metso offers customization of drum separator tank design, pole configuration, and coil specifications to suit specific DMS circuit requirements. Their global engineering organization provides comprehensive plant design and integration services that go well beyond individual equipment customization.

Why Choose This Manufacturer: Metso's electromagnetic separators are the natural choice for buyers who are already operating or specifying Metso processing plant systems, where equipment integration, common spare parts, and unified service support provide significant operational benefits. Their global service infrastructure is among the most comprehensive in the industry.

Request a Quote

10. Innovative Magnetic Technologies

Company Overview: Innovative Magnetic Technologies (IMT) is a Canadian manufacturer of magnetic separation equipment based in Lively, Ontario. Established in 1981, IMT has built a reputation for quality magnetic separation equipment serving the Canadian and US markets, with growing international reach. The company manufactures both electromagnetic and permanent magnetic separators, with a focus on industrial and mining applications. IMT operates a manufacturing facility in Ontario with in-house coil winding and magnetic field testing capabilities.

Electromagnetic Separator Products: IMT offers electromagnetic overband separators, electromagnetic drum separators, electromagnetic pulleys, and electromagnetic plate magnets. Their electromagnetic overband separators are available in self-cleaning and manual-cleaning configurations for conveyor installations. IMT also manufactures electromagnetic separators for specialized applications including pipeline traps and hump magnets for gravity-flow systems.

Electromagnetic Technology: IMT electromagnetic separators use precision-wound coils with class-H insulation for continuous duty operation. Their core designs feature high-permeability steel with machined pole faces for effective field concentration. IMT offers both aluminum and copper coil options, with natural air cooling for standard-duty and forced-air cooling for heavy-duty applications. Their electromagnetic separator designs reflect over 40 years of continuous refinement for the North American industrial market.

Magnetic Intensity / Configuration: IMT electromagnetic overband separators deliver surface field intensities of 5,000 to 11,000 Gauss depending on model and working gap. Their electromagnetic drum separators operate at 3,500 to 6,500 Gauss. Standard sizes cover conveyor widths from 300 mm to 1,800 mm, with custom sizes available for non-standard installations.

Applications: Mining, mineral processing, recycling, aggregate, wood processing, food processing, plastics, and bulk material handling. IMT has particular strength in the Canadian mining and aggregate sectors, where their equipment is widely installed and supported by their Ontario service team.

Customization Capabilities: IMT offers customization of electromagnetic separator dimensions, coil specifications, and mounting configurations. Their Canadian manufacturing location provides quality assurance advantages for North American buyers who prioritize domestically manufactured equipment for critical applications.

Why Choose This Manufacturer: IMT's established reputation in the North American market, Canadian manufacturing quality, and personal customer service approach make them a solid choice for US and Canadian buyers seeking reliable electromagnetic separator technology with local manufacturing and support. Their decades of experience in the mining sector provide relevant application expertise.

Request a Quote

Mining and Mineral Processing

The mining and mineral processing sector is the largest consumer of electromagnetic separators by both value and unit count. In iron ore mining, WHIMS units and high-intensity electromagnetic roll separators are used to concentrate hematite and goethite from low-grade ores. In mineral sands operations, electromagnetic roll separators and disc separators separate ilmenite, rutile, leucoxene, and monazite from zircon and quartz. Coal mines use electromagnetic overband separators to protect crushing and pulverizing equipment from tramp iron damage. Dense medium separation circuits in diamond and base metal mining employ electromagnetic wet drum separators to recover magnetite medium. Each of these applications demands specific electromagnetic separator configurations optimized for the mineralogy, particle size, and throughput of the particular operation.

Recycling and Scrap Metal

The recycling industry relies heavily on electromagnetic overband separators and electromagnetic drum separators for ferrous scrap recovery from municipal solid waste (MSW), construction and demolition (C&D) debris, and end-of-life vehicle shredder residue. Electromagnetic pulleys are also used at various points in recycling sorting lines. The adjustable field intensity of electromagnetic separators is particularly valuable in recycling, where the size, shape, and magnetic properties of ferrous items vary enormously—from small wire fragments to large steel chunks. The ability to increase field intensity for difficult separations (e.g., extracting ferrous fragments from lightweight non-metallic residue) is a distinct advantage over permanent magnets in recycling applications.

Coal Processing

Coal preparation plants use electromagnetic overband separators at multiple points in the material flow to remove tramp iron before coal enters pulverizers, where tramp iron can cause catastrophic equipment damage and fire risk. Electromagnetic wet drum separators are also used in dense medium separation circuits to recover magnetite from the rinse and drain screens, ensuring efficient medium recovery and minimizing magnetite losses. The deep field penetration of electromagnetic overband separators is essential in coal handling, where conveyor burdens can exceed 300 mm depth and tramp iron must be reliably extracted from deep within the burden.

Ceramics, Glass, and Refractories

Ceramic and glass manufacturers require raw materials (clays, feldspar, quartz, silica sand) that are free of iron-bearing contaminants, which cause discoloration, speck defects, and structural weakness in fired products. Electromagnetic separators—particularly drum separators and high-intensity roll separators—are used to remove iron-stained particles, magnetite inclusions, and fine iron contamination from ceramic and glass raw materials. The high field intensities available from electromagnetic separators are essential for removing weakly magnetic iron stains that permanent magnets cannot effectively address.

Cement and Aggregate

Cement plants and aggregate quarries use electromagnetic overband separators and pulleys to protect crushers, grinding mills, and screens from tramp iron damage. Limestone, shale, and sandstone feed materials frequently contain drill steel fragments, loader teeth, and other tramp metal from mining operations. Electromagnetic separators positioned ahead of primary and secondary crushers provide critical equipment protection. The cost of a single crusher repair episode typically exceeds the entire capital cost of an electromagnetic separator, making magnetic separation one of the highest-ROI investments in cement and aggregate operations.

Chemical and Food Processing

Chemical and food processing industries demand extremely high product purity with zero tolerance for ferrous contamination. Electromagnetic separators are used in powder and granular chemical processing lines to remove iron particles that could catalyze unwanted reactions, contaminate products, or damage processing equipment. In the food industry, electromagnetic separators and electromagnetic grate magnets are installed in flour, sugar, grain, and spice processing lines to ensure compliance with food safety regulations (HACCP, FDA) regarding metal contamination. The ability to de-energize electromagnetic separators for thorough cleaning is particularly valued in food and pharmaceutical applications where hygiene standards require regular equipment sanitation.