Report Details

Product Image
Chemicals & Advanced Materials

Global Advanced Magnetic Materials Market Size, Material Innovation, Application Demand and Growth Forecast, 2025–2036

$2999

Advanced Magnetic Materials Market to reach USD 82,249.45 million by 2036, growing at 9.65% CAGR. Explore size, trends, segments, regions and companies.

SKU: 9038    Pages: 200   Format: PDF   Delivery: Upto 24 to 48 hrs

Global Advanced Magnetic Materials Market Introduction

  • The Global Advanced Magnetic Materials Market was valued at USD 29,856.44 million in 2025 and is projected to reach USD 82,249.45 million by 2036, expanding at a CAGR of 9.65% during the forecast period from 2025 to 2036.
  • Market growth is being supported by the increasing use of high-performance magnetic materials in electric vehicles, renewable energy systems, consumer electronics, industrial automation, aerospace, medical equipment, and advanced communication technologies.
  • Continued innovation in rare-earth magnets, soft magnetic materials, permanent magnets, and energy-efficient magnetic components is expected to create significant opportunities for manufacturers as industries prioritize compact designs, improved performance, reduced energy consumption, and reliable material supply chains.

SWOT Analysis of the Global Advanced Magnetic Materials Market

Strengths

  • Advanced magnetic materials offer high magnetic strength, improved energy efficiency, thermal stability, and compact component design for demanding applications.
  • The market benefits from broad demand across electric vehicles, wind energy, industrial automation, consumer electronics, medical equipment, aerospace, defence, and power infrastructure.
  • Continuous innovation in NdFeB magnets, soft magnetic composites, amorphous alloys, nanocrystalline materials, and specialty magnetic materials supports technological advancement.

Weaknesses

  • Dependence on rare-earth elements exposes manufacturers to raw-material price volatility and concentrated global supply chains.
  • Complex production processes, strict quality requirements, and high capital investment create entry barriers for smaller manufacturers.
  • Limited recycling and recovery infrastructure in several regions restricts the commercial availability of secondary magnetic materials.

Opportunities

  • Growth in electric mobility, renewable energy, robotics, smart manufacturing, and energy-efficient electrical equipment is creating strong demand.
  • Investment in rare-earth-free magnets, recycled magnet feedstock, additive manufacturing, and low-loss magnetic materials can generate new opportunities.
  • Government support for critical-material security, domestic manufacturing, clean energy, and circular economy initiatives can encourage regional capacity expansion.

Threats

  • Export restrictions, geopolitical tensions, and supply disruptions may affect rare-earth availability and increase production costs.
  • Environmental concerns related to mining, processing, waste generation, and energy consumption may lead to stricter regulations.
  • Alternative motor technologies, material substitution, and reduced-rare-earth designs could limit demand for certain advanced magnetic materials.

Market Segmentation of the Global Advanced Magnetic Materials Market

1. BY MAGNETIC MATERIAL TYPE

1.1 Permanent Magnetic Materials

1.1.1 Rare-Earth Permanent Magnetic Materials

1.1.1.1 Neodymium-Iron-Boron (NdFeB)
1.1.1.2 Samarium-Cobalt (SmCo)
1.1.1.3 Other Rare-Earth Permanent Magnetic Materials

1.1.2 Non-Rare-Earth Permanent Magnetic Materials

1.1.2.1 Ferrite/Ceramic Magnetic Materials
1.1.2.2 Aluminium-Nickel-Cobalt (AlNiCo) Magnetic Materials
1.1.2.3 Other Rare-Earth-Free Permanent Magnetic Materials

1.2 Soft Magnetic Materials

1.2.1 Electrical Steel

1.2.1.1 Grain-Oriented Electrical Steel
1.2.1.2 Non-Grain-Oriented Electrical Steel

1.2.2 Soft Ferrites

1.2.2.1 Manganese-Zinc Ferrites
1.2.2.2 Nickel-Zinc Ferrites
1.2.2.3 Other Soft Ferrites

1.2.3 Amorphous Magnetic Alloys
1.2.4 Nanocrystalline Magnetic Alloys
1.2.5 Soft Magnetic Composites
1.2.6 Nickel-Iron Magnetic Alloys
1.2.7 Cobalt-Iron Magnetic Alloys
1.2.8 Others

1.3 Specialty and Functional Magnetic Materials

1.3.1 Magnetostrictive Materials
1.3.2 Magnetocaloric Materials
1.3.3 Magnetic Shape-Memory Materials
1.3.4 Magnetic Thin-Film Materials
1.3.5 Spintronic Materials
1.3.6 Others

2. BY MATERIAL SOURCE

2.1 Virgin Magnetic Materials

2.2 Recycled Magnetic Materials

2.2.1 Pre-Consumer Recycled Materials
2.2.2 Post-Consumer Recycled Materials

2.3 Blended Virgin and Recycled Magnetic Materials
2.4 Others

3. BY PRODUCT FORM

3.1 Magnetic Powders

3.1.1 Isotropic Magnetic Powders
3.1.2 Anisotropic Magnetic Powders

3.2 Magnetic Alloys and Ingots
3.3 Magnetic Flakes and Ribbons
3.4 Finished Permanent Magnets
3.5 Magnetic Sheets, Strips and Laminations
3.6 Magnetic Cores
3.7 Magnetic Components and Assemblies
3.8 Magnetic Thin Films and Coatings
3.9 Others

4. BY PERMANENT MAGNET MANUFACTURING ROUTE

4.1 Sintered Magnets

4.2 Bonded Magnets

4.2.1 Injection-Molded Magnets
4.2.2 Compression-Molded Magnets
4.2.3 Extrusion-Molded Magnets

4.3 Hot-Deformed Magnets
4.4 Additively Manufactured Magnets
4.5 Cast Magnets
4.6 Others

5. BY APPLICATION

5.1 Electric Motors

5.1.1 Electric Vehicle Traction Motors
5.1.2 Industrial Motors
5.1.3 Servo Motors
5.1.4 Robotics and Automation Motors
5.1.5 HVAC and Compressor Motors
5.1.6 Consumer Appliance Motors
5.1.7 Other Electric Motors

5.2 Electric Generators

5.2.1 Wind Turbine Generators
5.2.2 Industrial Generators
5.2.3 Other Electric Generators

5.3 Transformers
5.4 Inductors and Chokes
5.5 Sensors and Encoders
5.6 Actuators
5.7 Magnetic Bearings and Couplings
5.8 Speakers and Acoustic Devices
5.9 Data-Storage Devices
5.10 Magnetic Separation Equipment
5.11 Medical and Diagnostic Equipment
5.12 Electronic Components
5.13 Others

6. BY END-USE INDUSTRY

6.1 Automotive and Electric Mobility

6.1.1 Battery Electric Vehicles
6.1.2 Hybrid Electric Vehicles
6.1.3 Electric Two-Wheelers and Three-Wheelers
6.1.4 Electric Commercial Vehicles
6.1.5 Conventional Vehicles

6.2 Wind Energy
6.3 Industrial Automation and Robotics
6.4 Electrical Equipment
6.5 Consumer Electronics
6.6 Home Appliances and HVAC
6.7 Power Generation and Grid Equipment
6.8 Aerospace and Defence
6.9 Medical and Healthcare
6.10 Data Storage and Computing
6.11 Telecommunications Equipment
6.12 Mining and Material Processing
6.13 Others

7. BY RECYCLED RARE-EARTH MAGNET FEEDSTOCK

7.1 Pre-Consumer Magnet Waste

7.1.1 Magnet Manufacturing Scrap
7.1.2 Machining Swarf
7.1.3 Grinding Sludge and Residues
7.1.4 Off-Specification Magnets
7.1.5 Production-Line Rejects
7.1.6 Unused Magnet Components

7.2 Post-Consumer Magnet Waste

7.2.1 Electric Vehicle Motors and Rotors
7.2.2 Industrial Motors and Generators
7.2.3 Wind Turbine Generators
7.2.4 Hard-Disk Drives
7.2.5 Consumer Electronics
7.2.6 Household Appliances and HVAC Equipment
7.2.7 Robotics and Automation Equipment
7.2.8 Aerospace and Defence Equipment
7.2.9 Medical Equipment
7.2.10 Other End-of-Life Electrical and Electronic Equipment

8. BY RARE-EARTH MAGNET RECYCLING TECHNOLOGY

8.1 Direct or Short-Loop Recycling

8.1.1 Hydrogen-Based Magnet Processing
8.1.2 Mechanical Separation and Concentration
8.1.3 Magnet-to-Powder Recycling
8.1.4 Direct Re-Sintering
8.1.5 Magnet Remanufacturing
8.1.6 Others

8.2 Hydrometallurgical Recycling
8.3 Pyrometallurgical Recycling
8.4 Combined Hydro-Pyrometallurgical Recycling
8.5 Electrochemical Recycling
8.6 Other Emerging Recycling Technologies

9. BY RECYCLED MATERIAL OUTPUT

9.1 Recycled Rare-Earth Magnetic Powder
9.2 Recovered Rare-Earth Magnetic Alloy
9.3 Recovered Rare-Earth Oxides
9.4 Recovered Rare-Earth Metals
9.5 Remanufactured Permanent Magnets
9.6 Recycled Magnet Components
9.7 Blended Magnet-Grade Feedstock
9.8 Others

10. BY REGION

10.1 North America
10.2 Europe
10.3 Asia-Pacific
10.4 Middle East and Africa
10.5 Latin America

Table - Global Advanced Magnetic Materials Market Overview

Parameter Details
Market Name Global Advanced Magnetic Materials Market
Base Year 2025
Market Size in 2025 USD 29,856.44 Million
Forecast Year 2036
Projected Market Size in 2036 USD 82,249.45 Million
Forecast Period 2025–2036
CAGR, 2025–2036 9.65%
Key Material Categories Permanent Magnetic Materials, Soft Magnetic Materials, Specialty and Functional Magnetic Materials
Major Growth Applications Electric Vehicles, Wind Turbines, Industrial Motors, Robotics, Consumer Electronics, Medical Equipment, Aerospace and Defence
Key Growth Drivers Electrification, Renewable Energy Expansion, Industrial Automation, Energy-Efficient Equipment and Advanced Electronics
Major Market Opportunities Rare-Earth-Free Magnets, Recycled Magnetic Materials, Additive Manufacturing and Low-Loss Magnetic Materials
Key Market Challenges Rare-Earth Supply Dependence, Raw-Material Price Volatility, High Production Costs and Limited Recycling Infrastructure
Geographic Coverage North America, Europe, Asia-Pacific, Middle East and Africa, and Latin America

Source: Primary Research, Secondary Research, White Paper, Other Publications, Company Website

Company Profiles of the Global Advanced Magnetic Materials Market

Chapter 1: Company Profiles of Global Key Players

  1. Shin-Etsu Chemical Co., Ltd.
  2. Proterial, Ltd.
  3. REEfine Technologies
  4. TDK Corporation
  5. VACUUMSCHMELZE GmbH & Co. KG
  6. Arnold Magnetic Technologies
  7. Electron Energy Corporation
  8. Neo Performance Materials Inc.
  9. Adams Magnetic Products Co.
  10. Dexter Magnetic Technologies, Inc.
  11. Dura Magnetics, Inc.

Chapter 2: Permanent and Rare-Earth Magnetic Material Companies

  1. Daido Steel Co., Ltd.
  2. Beijing Zhong Ke San Huan High-Tech Co., Ltd.
  3. Ningbo Yunsheng Co., Ltd.
  4. JL MAG Rare-Earth Co., Ltd.
  5. Yantai Zhenghai Magnetic Material Co., Ltd.
  6. Anhui Earth-Panda Advanced Magnetic Material Co., Ltd.
  7. Zhejiang Innuovo Magnetics Co., Ltd.
  8. Hengdian Group DMEGC Magnetics Co., Ltd.
  9. Galaxy Magnets Co., Ltd.
  10. Hangzhou Permanent Magnet Group
  11. Ningbo Jinji Strong Magnetic Material Co., Ltd.
  12. Ningbo Ninggang Permanent Magnetic Materials Co., Ltd.
  13. Beijing Jingci Magnet Co., Ltd.
  14. Thinova Magnet Co., Ltd.
  15. Xiamen Tungsten Co., Ltd.
  16. Fujian Changting Golden Dragon Rare-Earth Co., Ltd.
  17. Ningbo Zhaobao Magnet Co., Ltd.
  18. Anhui Sinomag Technology Co., Ltd.
  19. Yantai Dongxing Magnetic Materials Inc.
  20. Aichi Steel Corporation
  21. Advanced Magnet Lab, Inc.
  22. Niron Magnetics, Inc.
  23. Noveon Magnetics Inc.
  24. MP Materials Corp.
  25. USA Rare Earth, LLC
  26. Bunting Magnetics Co.
  27. Magnetic Component Engineering, Inc.
  28. Integrated Magnetics
  29. Goudsmit Magnetics Group
  30. Eclipse Magnetics Ltd.
  31. Thomas & Skinner, Inc.
  32. Sura Magnets AB
  33. Bomatec AG
  34. Magnetfabrik Bonn GmbH
  35. Kolektor Magnet Technology GmbH
  36. Permanent Magnets Ltd.
  37. Magneti Ljubljana d.d.
  38. Max Baermann GmbH
  39. MS-Schramberg GmbH & Co. KG
  40. Sintex A/S

Chapter 3: Soft Magnetic Materials, Ferrites, Amorphous Alloys and Electrical Steel Companies

  1. POSCO
  2. Nippon Steel Corporation
  3. JFE Steel Corporation
  4. China Baowu Steel Group Corporation Limited
  5. ArcelorMittal
  6. Thyssenkrupp Electrical Steel GmbH
  7. Voestalpine Stahl GmbH
  8. Tata Steel Limited
  9. Cleveland-Cliffs Inc.
  10. NLMK Group
  11. Shougang Group Co., Ltd.
  12. Ansteel Group Corporation Limited
  13. HBIS Group Co., Ltd.
  14. China Steel Corporation
  15. Aperam Alloys Imphy
  16. Carpenter Technology Corporation
  17. ATI Inc.
  18. Metglas, Inc.
  19. Advanced Technology & Materials Co., Ltd.
  20. Qingdao Yunlu Advanced Materials Technology Co., Ltd.
  21. Höganäs AB
  22. Sumitomo Electric Industries, Ltd.
  23. Miba AG
  24. GKN Powder Metallurgy
  25. Rio Tinto Metal Powders
  26. Magnetics, a Division of Spang & Company
  27. Micrometals, Inc.
  28. Chang Sung Corporation
  29. Fair-Rite Products Corp.
  30. Ferroxcube International Holding B.V.
  31. Samwha Electronics Co., Ltd.
  32. National Magnetics Group, Inc.
  33. Cosmo Ferrites Limited
  34. TDG Holding Co., Ltd.
  35. Murata Manufacturing Co., Ltd.
  36. Maruwa Co., Ltd.
  37. ACME Electronics Corporation
  38. Toda Kogyo Corporation
  39. POCO Magnetic Co., Ltd.
  40. MELTA Ltd.

Chapter 4: Rare-Earth Processing, Recycling and Circular Magnetic Material Companies

  1. Lynas Rare Earths Ltd.
  2. Less Common Metals Ltd.
  3. Solvay S.A.
  4. Carester SAS
  5. HyProMag Ltd.
  6. MagREEsource SAS
  7. Ionic Technologies International Ltd.
  8. Cyclic Materials Inc.
  9. ReElement Technologies Corporation

Advanced Magnetic Materials Product Portfolio and Company Offerings – Global Advanced Magnetic Materials Market

1. Shin-Etsu Chemical Co., Ltd. – Neodymium Magnet N Series for High-Performance Applications

Shin-Etsu Neodymium Magnet N Series: A high-performance Nd-Fe-B rare-earth permanent magnet composed mainly of neodymium, iron, and boron. It offers strong magnetic performance, high coercivity, and application-specific surface treatments such as nickel plating, epoxy coating, and inorganic coating. The magnets are used in EV and hybrid vehicle motors, generators, industrial motors, home appliances, and camera actuators.

2. Proterial, Ltd. – NEOMAX® and NMF™ Advanced Magnetic Material Portfolio

Proterial offers advanced magnetic materials under its NEOMAX® and NMF™ brands, including high-performance Nd-Fe-B sintered rare-earth magnets, heavy-rare-earth-saving and heavy-rare-earth-free neodymium magnets, anisotropic ring magnets, and ferrite magnets. These materials deliver high magnetic strength, heat resistance, corrosion protection, and resource efficiency for EV traction motors, electric power steering, compressors, sensors, actuators, electronics, and other high-efficiency motor applications.

3. TDK Corporation – Ferrite and Neodymium Magnet Technology Solutions

TDK offers advanced ferrite magnets and high-performance neodymium magnets for automotive, industrial equipment, infrastructure, home electronics, and office automation applications. Its portfolio includes Dy- and Tb-free neodymium magnets and HAL-method magnets that reduce heavy rare-earth usage through diffusion technology. The company has also developed high-performance La-Co ferrite magnet materials to improve magnetic properties and application efficiency. These products support compact, energy-efficient, and high-performance motors, electronic components, and industrial systems.

4. VACUUMSCHMELZE GmbH & Co. KG – VACODYM® and VACOMAX® Rare-Earth Magnet Solutions

VAC supplies advanced rare-earth permanent magnetic materials under the VACODYM® and VACOMAX® brands. VACODYM® comprises anisotropic neodymium-iron-boron (NdFeB) magnets offering very high energy density, including heavy-rare-earth-free VACODYM® 902 TP. VACOMAX® consists of samarium-cobalt-based magnets with high coercivity, strong temperature stability, and excellent corrosion resistance. The company also produces precision-engineered magnet assemblies using these advanced magnetic materials.

5. Arnold Magnetic Technologies – High-Performance Permanent Magnet Material Range

Arnold Magnetic Technologies manufactures advanced permanent magnetic materials, including RECOMA® samarium cobalt magnets, neodymium-iron-boron magnets, Alnico magnets, laminated rare-earth magnets, and injection-molded magnetic materials. These products provide high magnetic strength, temperature stability, corrosion resistance, reduced eddy-current losses, and customizable magnetic properties for demanding motor, generator, sensor, aerospace, defense, automotive, industrial, medical, and energy applications.

6. Electron Energy Corporation – Specialized SmCo, NdFeB and Alnico Magnet Offerings

Electron Energy Corporation manufactures advanced permanent magnetic materials, including Samarium Cobalt (SmCo), Neodymium-Iron-Boron (NdFeB), and Alnico magnets. Its portfolio includes high-performance 34 Grade SmCo, ultra-high-temperature SmCo, and temperature-compensated SmCo magnets, offering strong resistance to demagnetization, corrosion, and extreme operating temperatures for aerospace, defense, medical, industrial, and energy applications.

7. Neo Performance Materials Inc. – Magnequench Rare-Earth Materials and Circular Magnet Solutions

Neo Performance Materials, through its Magnequench business, produces advanced rare-earth magnetic materials, including sintered neodymium-iron-boron permanent magnets and high-purity magnetic rare-earth oxides. These materials are engineered for high-efficiency motors used in electric and hybrid vehicles, wind turbines, industrial automation, electronics, pumps, and energy-efficient appliances. The company also supports circular magnet production through the recycling of end-of-life magnets and recovery of manufacturing swarf.

8. Adams Magnetic Products Co. – Engineered Permanent Magnets and Custom Assemblies

Adams Magnetic Products supplies advanced permanent magnetic materials, including high-strength neodymium-iron-boron (NdFeB), samarium cobalt (SmCo), alnico, and ceramic/ferrite magnets. Its neodymium magnets provide a high power-to-weight ratio for compact motors, generators, sensors, actuators, and magnetic assemblies, while samarium cobalt magnets offer superior thermal stability, corrosion resistance, and resistance to demagnetization for extreme-temperature and harsh-environment applications. The company also provides custom-engineered magnetic components, assemblies, material testing, magnetic circuit analysis, prototyping, and application-specific fabrication.

9. Dexter Magnetic Technologies, Inc. – Precision Permanent Magnet Materials and Engineered Systems

Dexter Magnetic Technologies provides advanced permanent magnet materials and engineered magnetic solutions, including neodymium-iron-boron (NdFeB), bonded NdFeB, samarium cobalt (SmCo), alnico, ceramic hard ferrite, and flexible magnetic materials. The company supports high-performance applications in aerospace, defense, medical devices, and semiconductor equipment, with a focus on precision magnetic design, compliant rare-earth sourcing, and custom magnetic assemblies.

10. Dura Magnetics, Inc. – Custom Rare-Earth Magnet Design and Manufacturing Capabilities

Dura Magnetics designs and manufactures custom rare-earth permanent magnets and engineered magnetic assemblies, including high-strength neodymium-iron-boron (NdFeB) magnets and temperature- and corrosion-resistant samarium cobalt (SmCo) magnets. These advanced magnetic materials are engineered for mission-critical medical, aerospace, defense, industrial, consumer, and R&D applications, supported by in-house magnet design, manufacturing, testing, and quality assurance capabilities

 

Recent Industry Developments In The Global Advanced Magnetic Materials Market

1. USA Rare Earth and Arnold Magnetic Technologies Partner to Expand U.S. Rare-Earth Magnet Supply

Date: 23 March 2026

Recent Development: USA Rare Earth entered into a mutual sales and distribution agreement with Arnold Magnetic Technologies to strengthen the domestic supply of high-performance rare-earth magnets. Under the partnership, USA Rare Earth will distribute Arnold’s finished neodymium-iron-boron and samarium-cobalt magnets, while Arnold will offer USA Rare Earth’s processed NdFeB materials and finished magnets. The agreement supports aerospace, defence, semiconductor and other mission-critical applications. 

Source: USA Rare Earth

2. Neo Performance Materials and Cyclic Materials Form Circular Rare-Earth Supply-Chain Partnership

Date: 2 March 2026

Recent Development: Neo Performance Materials and Cyclic Materials signed a non-binding memorandum of understanding to establish a circular and traceable trans-Atlantic supply chain for rare-earth magnetic materials. The proposed collaboration includes recycling magnet-production scrap and end-of-life magnet-bearing products and reintegrating the recovered rare-earth materials into Neo’s alloy and permanent-magnet manufacturing operations. 

Source: Neo Performance Materials

3. Ucore and VACUUMSCHMELZE Establish Strategic Rare-Earth Oxide Supply Alliance

Date: 3 November 2025

Recent Development: Ucore Rare Metals signed a memorandum of understanding with VACUUMSCHMELZE and eVAC Magnetics for the supply of high-purity rare-earth oxides. The arrangement is intended to support VAC’s European operations and eVAC’s newly constructed permanent-magnet manufacturing facility in South Carolina, which produces NdFeB magnets for automotive, industrial, renewable-energy and defence applications.

Source: Ucore Rare Metals

4. Neo Performance Materials Opens Permanent-Magnet Manufacturing Facility in Estonia

Date: 22 September 2025

Recent Development: Neo Performance Materials opened a state-of-the-art permanent-magnet manufacturing facility in Narva, Estonia. The facility strengthens Europe’s domestic production capacity for high-performance rare-earth magnets used in electric vehicles, wind-energy systems, robotics and industrial electrification, while reducing dependence on imported magnetic materials.

Source: Neo Performance Materials

5. Neo Performance Materials Extends High-Performance Magnet Partnership with Bosch

Date: 19 September 2025

Recent Development: Neo Performance Materials signed a multi-year memorandum of understanding with Robert Bosch GmbH covering high-performance permanent magnets. Neo agreed to reserve a significant portion of its future magnet-production capacity for Bosch, supporting localized supply chains and the transition of planned magnet capacity into commercial automotive and industrial projects. 

Source: Neo Performance Materials

6. Permag Expands Domestic Samarium-Cobalt Magnet Manufacturing Capacity

Date: 26 August 2025

Recent Development: Permag announced a multi-million-dollar expansion of its Electron Energy Corporation manufacturing facility in Lancaster, Pennsylvania. The project includes new alloying, pressing and fabrication equipment and is expected to more than double the company’s samarium-cobalt magnet production capacity. The investment strengthens the supply of high-temperature and corrosion-resistant magnetic materials for aerospace, defence, semiconductor, medical and industrial applications. 

Source: Permag / PR Newswire

7. Proterial Develops Heavy-Rare-Earth-Free Neodymium Magnet for EV Motors

Date: 22 July 2025

Recent Development: Proterial developed high-performance neodymium sintered magnet grades that do not use heavy rare-earth elements. The new materials provide high residual magnetic flux density and coercivity and are designed for electric-vehicle drive motors operating under high-temperature and high-torque conditions. Proterial also announced plans to evaluate the technology for mass production and pre-production sampling.

Source: Proterial, Ltd.

8. Permag Integrates Three Rare-Earth Magnet Companies Under a Unified Brand

Date: 26 June 2025

Recent Development: Magnetic Holdings brought Electron Energy Corporation, Dexter Magnetic Technologies and Magnetic Component Engineering together under the Permag brand. The integration combines samarium-cobalt magnet production, precision magnetic engineering, machining and complex magnet-assembly capabilities, creating a more vertically integrated supplier of advanced magnetic materials and engineered magnet solutions. 

Source: Permag / PR Newswire

 

Global Advanced Magnetic Materials Market – Price Analysis

Indicative Price Ranges in USD

1. Retail Pricing Range for Small, Medium-Sized, and Large Customized Neodymium Permanent Magnets

Small neodymium magnets measuring approximately 3 mm × 3 mm can start at around USD 0.10 per unit. Medium-sized magnets generally range from USD 1–5 per unit, while large, customized, specialty-shaped, or high-strength neodymium magnets can cost USD 10 or more per unit. Pricing varies according to size, grade, coating, magnetic strength, and purchase volume. 
Source: OKON Recycling – Current Pricing Range for Neodymium Magnets

2. Historical Raw-Material Cost Range for Alnico, Samarium-Cobalt, and NdFeB Permanent Magnet Grades

Historical industry data show considerable differences in raw-material costs across Alnico, SmCo, and NdFeB magnet compositions. Under relatively normalized market conditions, the main raw-material cost of several magnet grades ranged from approximately USD 5–45 per kg. NdFeB grades containing dysprosium experienced substantially higher costs during periods of rare-earth price volatility. (allianceorg.com)
Source: Alliance LLC – Magnet and Raw Material Prices

3. Current Market Pricing for Standard and Cerium-Containing NdFeB Magnet Blanks

Shanghai Metals Market tracks commercial NdFeB magnet blanks by grade and reports prices in USD per kg. Standard and cerium-containing grades, including N35(Ce), were listed at approximately USD 30–31 per kg during the referenced period. Actual prices differ according to rare-earth composition, energy product, coercivity, temperature resistance, and purchase quantity. (Metal)
Source: Shanghai Metals Market – Rare Earth Magnet and NdFeB Prices

4. Commodity-Level Neodymium Rare-Earth Benchmark Affecting NdFeB Magnet Manufacturing Costs

The neodymium benchmark reached approximately CNY 1,005,000 per metric ton in July 2026. This equals around CNY 1,005 per kg, or approximately USD 140–150 per kg, depending on the applicable exchange rate. This is a commodity benchmark for neodymium rather than the final selling price of a finished NdFeB magnet. (Trading Economics)
Source: Trading Economics – Neodymium Rare-Earth Price

5. NdPr Oxide Price Range Supporting High-Performance Rare-Earth Magnet Production

NdPr oxide, a major feedstock used in producing high-performance NdFeB magnets, was reported at approximately USD 103.76 per kg in March 2026. Other market observations placed the material at around USD 114–116 per kg during April 2026. Variations in NdPr oxide prices directly affect the manufacturing cost of magnets used in electric vehicles, wind turbines, robotics, and industrial motors. (Rare Earth Mining News)
Source: Rare Earth Mining – Rare Earth Market Pricing Analysis
Additional Source: MacroMicro – China NdPr Oxide Prices

6. Market Price Tracking for High-Coercivity and High-Temperature NdFeB Magnet Grades

High-coercivity NdFeB grades such as 35H, 35UH, and 52UH are priced separately because they provide stronger resistance to demagnetization under elevated operating temperatures. Market listings indicate that high-performance grades command a premium over standard N-series blanks, particularly when dysprosium or terbium is required to improve thermal stability. (Metal)
Source: Shanghai Metals Market – NdFeB Blank 35H
Additional Source: Shanghai Metals Market – NdFeB 52UH

7. Price Range for Recycled Alnico Magnets Based on Grade and Material Preparation

Alnico magnet scrap was reported at approximately USD 0.75–2.00 per pound, equivalent to around USD 1.65–4.41 per kg. Prices vary depending on cobalt and nickel content, contamination, magnet condition, sorting quality, and the level of preparation required before recycling. This range represents scrap recovery value rather than finished Alnico magnet pricing. (Okon Recycling)
Source: OKON Recycling – Alnico Magnet Scrap Prices

8. Historical Price Volatility in Neodymium Magnet Materials and Recycled Magnet Feedstock

Neodymium-related material prices have experienced sharp fluctuations during periods of supply constraints and rare-earth market disruption. Historical observations indicate that neodymium prices temporarily reached approximately USD 450 per kg before falling to less than half that level in the following year. This demonstrates the sensitivity of advanced magnetic-material pricing to export controls, mining supply, inventories, and downstream demand. (Okon Recycling)
Source: OKON Recycling – Current Trends in Magnet Recycling Prices

Table of Content 

Note: The complete Table of Contents will be provided upon sample request or confirmed order.

  1. GLOBAL ADVANCED MAGNETIC MATERIALS MARKET–REPORT OVERVIEW
    1.1.    SCOPE OF THE REPORT
    1.2.    MARKET SEGMENT ANALYSIS
    1.3.    REGULATORY SCENARIO BY REGION/COUNTRY
    1.4.    MARKET INVESTMENT SCENARIO STRATEGIC
    1.5.    MARKET ANALYSIS BY MAGNETIC MATERIAL TYPE (USD MILLION)
    1.5.1    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY MAGNETIC MATERIAL TYPE (2024-2036)
    1.5.2    PERMANENT MAGNETIC MATERIALS
    1.5.2.1    Rare-Earth Permanent Magnetic Materials
    1.5.2.1.1    Neodymium-Iron-Boron (NdFeB)
    1.5.2.1.2    Samarium-Cobalt (SmCo)
    1.5.2.1.3    Other Rare-Earth Permanent Magnetic Materials
    1.5.2.2    Non-Rare-Earth Permanent Magnetic Materials
    1.5.2.2.1    Ferrite/Ceramic Magnetic Materials
    1.5.2.2.2    Aluminium-Nickel-Cobalt (AlNiCo) Magnetic Materials
    1.5.2.2.3    Other Rare-Earth-Free Permanent Magnetic Materials
    1.5.3    SOFT MAGNETIC MATERIALS
    1.5.3.1    Electrical Steel
    1.5.3.1.1    Grain-Oriented Electrical Steel
    1.5.3.1.2    Non-Grain-Oriented Electrical Steel
    1.5.3.2    Soft Ferrites
    1.5.3.2.1    Manganese-Zinc Ferrites
    1.5.3.2.2    Nickel-Zinc Ferrites
    1.5.3.2.3    Other Soft Ferrites
    1.5.3.3    Amorphous Magnetic Alloys
    1.5.3.4    Nanocrystalline Magnetic Alloys
    1.5.3.5    Soft Magnetic Composites
    1.5.3.6    Nickel-Iron Magnetic Alloys
    1.5.3.7    Cobalt-Iron Magnetic Alloys
    1.5.3.8    Others
    1.5.4    SPECIALTY AND FUNCTIONAL MAGNETIC MATERIALS
    1.5.4.1    Magnetostrictive Materials
    1.5.4.2    Magnetocaloric Materials
    1.5.4.3    Magnetic Shape-Memory Materials
    1.5.4.4    Magnetic Thin-Film Materials
    1.5.4.5    Spintronic Materials
    1.5.4.6    Others
    1.6.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY MAGNETIC MATERIAL TYPE IN 2024 & 2036
    1.7.    MARKET ANALYSIS BY MATERIAL SOURCE (USD MILLION)
    1.7.1    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY MATERIAL SOURCE (2024-2036)
    1.7.2    VIRGIN MAGNETIC MATERIALS
    1.7.3    RECYCLED MAGNETIC MATERIALS
    1.7.3.1    Pre-Consumer Recycled Materials
    1.7.3.2    Post-Consumer Recycled Materials
    1.7.4    BLENDED VIRGIN AND RECYCLED MAGNETIC MATERIALS
    1.7.5    OTHERS
    1.8.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY MATERIAL SOURCE IN 2024 & 2036
    1.9.    MARKET ANALYSIS BY PRODUCT FORM (USD MILLION)
    1.9.1    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY PRODUCT FORM (2024-2036)
    1.9.2    MAGNETIC POWDERS
    1.9.2.1    Isotropic Magnetic Powders
    1.9.2.2    Anisotropic Magnetic Powders
    1.9.3    MAGNETIC ALLOYS AND INGOTS
    1.9.4    MAGNETIC FLAKES AND RIBBONS
    1.9.5    FINISHED PERMANENT MAGNETS
    1.9.6    MAGNETIC SHEETS, STRIPS AND LAMINATIONS
    1.9.7    MAGNETIC CORES
    1.9.8    MAGNETIC COMPONENTS AND ASSEMBLIES
    1.9.9    MAGNETIC THIN FILMS AND COATINGS
    1.9.10    OTHERS
    1.10.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY PRODUCT FORM IN 2024 & 2036
    1.11.    MARKET ANALYSIS BY PERMANENT MAGNET MANUFACTURING ROUTE (USD MILLION)
    1.11.1    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE (2024-2036)
    1.11.2    SINTERED MAGNETS
    1.11.3    BONDED MAGNETS
    1.11.3.1    Injection-Molded Magnets
    1.11.3.2    Compression-Molded Magnets
    1.11.3.3    Extrusion-Molded Magnets
    1.11.4    HOT-DEFORMED MAGNETS
    1.11.5    ADDITIVELY MANUFACTURED MAGNETS
    1.11.6    CAST MAGNETS
    1.11.7    OTHERS
    1.12.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE IN 2024 & 2036
    1.13.    MARKET ANALYSIS BY APPLICATION (USD MILLION)
    1.13.1    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY APPLICATION (2024-2036)
    1.13.2    ELECTRIC MOTORS
    1.13.2.1    Electric Vehicle Traction Motors
    1.13.2.2    Industrial Motors
    1.13.2.3    Servo Motors
    1.13.2.4    Robotics and Automation Motors
    1.13.2.5    HVAC and Compressor Motors
    1.13.2.6    Consumer Appliance Motors
    1.13.2.7    Other Electric Motors
    1.13.3    ELECTRIC GENERATORS
    1.13.3.1    Wind Turbine Generators
    1.13.3.2    Industrial Generators
    1.13.3.3    Other Electric Generators
    1.13.4    TRANSFORMERS
    1.13.5    INDUCTORS AND CHOKES
    1.13.6    SENSORS AND ENCODERS
    1.13.7    ACTUATORS
    1.13.8    MAGNETIC BEARINGS AND COUPLINGS
    1.13.9    SPEAKERS AND ACOUSTIC DEVICES
    1.13.10    DATA-STORAGE DEVICES
    1.13.11    MAGNETIC SEPARATION EQUIPMENT
    1.13.12    MEDICAL AND DIAGNOSTIC EQUIPMENT
    1.13.13    ELECTRONIC COMPONENTS
    1.13.14    OTHERS
    1.14.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY APPLICATION IN 2024 & 2036
    1.15.    MARKET ANALYSIS BY END-USE INDUSTRY (USD MILLION)
    1.15.1    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY END-USE INDUSTRY (2024-2036)
    1.15.2    AUTOMOTIVE AND ELECTRIC MOBILITY
    1.15.2.1    Battery Electric Vehicles
    1.15.2.2    Hybrid Electric Vehicles
    1.15.2.3    Electric Two-Wheelers and Three-Wheelers
    1.15.2.4    Electric Commercial Vehicles
    1.15.2.5    Conventional Vehicles
    1.15.3    WIND ENERGY
    1.15.4    INDUSTRIAL AUTOMATION AND ROBOTICS
    1.15.5    ELECTRICAL EQUIPMENT
    1.15.6    CONSUMER ELECTRONICS
    1.15.7    HOME APPLIANCES AND HVAC
    1.15.8    POWER GENERATION AND GRID EQUIPMENT
    1.15.9    AEROSPACE AND DEFENCE
    1.15.10    MEDICAL AND HEALTHCARE
    1.15.11    DATA STORAGE AND COMPUTING
    1.15.12    TELECOMMUNICATIONS EQUIPMENT
    1.15.13    MINING AND MATERIAL PROCESSING
    1.15.14    OTHERS
    1.16.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY END-USE INDUSTRY IN 2024 & 2036
    1.17.    MARKET ANALYSIS BY RECYCLED RARE-EARTH MAGNET FEEDSTOCK (USD MILLION)
    1.17.1    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY RECYCLED RARE-EARTH MAGNET FEEDSTOCK (2024-2036)
    1.17.2    PRE-CONSUMER MAGNET WASTE
    1.17.2.1    Magnet Manufacturing Scrap
    1.17.2.2    Machining Swarf
    1.17.2.3    Grinding Sludge and Residues
    1.17.2.4    Off-Specification Magnets
    1.17.2.5    Production-Line Rejects
    1.17.2.6    Unused Magnet Components
    1.17.2.7    Others
    1.17.3    POST-CONSUMER MAGNET WASTE
    1.17.3.1    Electric Vehicle Motors and Rotors
    1.17.3.2    Industrial Motors and Generators
    1.17.3.3    Wind Turbine Generators
    1.17.3.4    Hard-Disk Drives
    1.17.3.5    Consumer Electronics
    1.17.3.6    Household Appliances and HVAC Equipment
    1.17.3.7    Robotics and Automation Equipment
    1.17.3.8    Aerospace and Defence Equipment
    1.17.3.9    Medical Equipment
    1.17.3.10    Other End-of-Life Electrical and Electronic Equipment
    1.18.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY RECYCLED RARE-EARTH MAGNET FEEDSTOCK IN 2024 & 2036
    1.19.    MARKET ANALYSIS BY RARE-EARTH MAGNET RECYCLING TECHNOLOGY (USD MILLION)
    1.19.1    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY RARE-EARTH MAGNET RECYCLING TECHNOLOGY (2024-2036)
    1.19.2    DIRECT OR SHORT-LOOP RECYCLING
    1.19.2.1    Hydrogen-Based Magnet Processing
    1.19.2.2    Mechanical Separation and Concentration
    1.19.2.3    Magnet-to-Powder Recycling
    1.19.2.4    Direct Re-Sintering
    1.19.2.5    Magnet Remanufacturing
    1.19.2.6    Others
    1.19.3    HYDROMETALLURGICAL RECYCLING
    1.19.4    PYROMETALLURGICAL RECYCLING
    1.19.5    COMBINED HYDRO-PYROMETALLURGICAL RECYCLING
    1.19.6    ELECTROCHEMICAL RECYCLING
    1.19.7    OTHER EMERGING RECYCLING TECHNOLOGIES
    1.20.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY RARE-EARTH MAGNET RECYCLING TECHNOLOGY IN 2024 & 2036
    1.21.    MARKET ANALYSIS BY RECYCLED MATERIAL OUTPUT (USD MILLION)
    1.21.1    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY RECYCLED MATERIAL OUTPUT (2024-2036)
    1.21.2    RECYCLED RARE-EARTH MAGNETIC POWDER
    1.21.3    RECOVERED RARE-EARTH MAGNETIC ALLOY
    1.21.4    RECOVERED RARE-EARTH OXIDES
    1.21.5    RECOVERED RARE-EARTH METALS
    1.21.6    REMANUFACTURED PERMANENT MAGNETS
    1.21.7    RECYCLED MAGNET COMPONENTS
    1.21.8    BLENDED MAGNET-GRADE FEEDSTOCK
    1.21.9    OTHERS
    1.22.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SHARE BY RECYCLED MATERIAL OUTPUT IN 2024 & 2036
    2.    GLOBAL ADVANCED MAGNETIC MATERIALS PRODUCTION, CONSUMPTION AND DEMAND-GAP ASSESSMENT
    2.1.    GLOBAL ADVANCED MAGNETIC MATERIALS PRODUCTION VOLUME BY REGION
    2.2.    GLOBAL ADVANCED MAGNETIC MATERIALS CONSUMPTION VOLUME BY REGION
    2.3.    PRODUCTION–CONSUMPTION GAP ACROSS MAJOR MANUFACTURING COUNTRIES
    3.    GLOBAL ADVANCED MAGNETIC MATERIALS PRICING DYNAMICS AND FORWARD PRICE OUTLOOK, 2020–2032
    3.1.    AVERAGE SELLING PRICE BY MAGNETIC MATERIAL TYPE
    3.2.    REGIONAL PRICE BENCHMARKING FOR ADVANCED MAGNETIC MATERIALS
    3.3.    VIRGIN AND RECYCLED MAGNETIC MATERIAL PRICE DIFFERENTIAL
    4.    GLOBAL ADVANCED MAGNETIC MATERIALS PRICING DYNAMICS AND FORWARD PRICE OUTLOOK
    4.1.    AVERAGE SELLING PRICE BY MAGNETIC MATERIAL TYPE
    4.2.    ADVANCED MAGNETIC MATERIALS PRICE SCENARIO FORECAST
    5.    RAW-MATERIAL ECONOMICS, PROCUREMENT EXPOSURE AND INPUT-COST SENSITIVITY, 2020–2032
    5.1.    CRITICAL RAW MATERIALS USED IN ADVANCED MAGNETIC MATERIAL MANUFACTURING
    5.2.    RAW-MATERIAL COST CONTRIBUTION BY MAGNETIC MATERIAL TYPE
    5.3.    RAW-MATERIAL PRICE SENSITIVITY ACROSS MAGNETIC MATERIAL CATEGORIES
    6.    GLOBAL SUPPLY–DEMAND EQUILIBRIUM AND MATERIAL-SHORTAGE RISK OUTLOOK, 2020–2032
    6.1.    GLOBAL SUPPLY AND DEMAND BALANCE BY MAGNETIC MATERIAL TYPE
    6.2.    REGIONAL RARE-EARTH MAGNET SUPPLY DEFICIT AND SURPLUS
    6.3.    MATERIAL AVAILABILITY RISK ACROSS MAJOR APPLICATIONS
    6.4.    SUPPLY-SHORTAGE RISK UNDER ALTERNATIVE MARKET SCENARIOS
    7.    INTERNATIONAL TRADE FLOWS, IMPORT DEPENDENCE AND EXPORT COMPETITIVENESS, 2020–2032
    7.1.    LEADING ADVANCED MAGNETIC MATERIAL EXPORTING COUNTRIES
    7.2.    LEADING ADVANCED MAGNETIC MATERIAL IMPORTING COUNTRIES
    7.3.    MAJOR BILATERAL TRADE CORRIDORS FOR ADVANCED MAGNETIC MATERIALS
    8.    MANUFACTURING COST BENCHMARKING, UNIT ECONOMICS AND PROFITABILITY ANALYSIS, 2020–2032
    8.1.    MANUFACTURING COST STRUCTURE BY MAGNETIC MATERIAL TYPE
    8.2.    PRODUCTION COST COMPARISON ACROSS MAJOR MANUFACTURING COUNTRIES
    8.3.    ESTIMATED GROSS-MARGIN RANGE BY PRODUCT FORM
    8.4.    COST AND PROFITABILITY BY PERMANENT-MAGNET MANUFACTURING ROUTE
    9.    PRODUCTION CAPACITY, ASSET UTILIZATION AND GLOBAL EXPANSION PIPELINE, 2020–2032
    9.1.    REGIONAL PRODUCTION CAPACITY FOR ADVANCED MAGNETIC MATERIALS
    9.2.    CAPACITY UTILIZATION BY MATERIAL TYPE AND REGION
    9.3.    ANNOUNCED AND UNDER-CONSTRUCTION MANUFACTURING FACILITIES
    10.    CUSTOMER PROCUREMENT BEHAVIOUR, BUYING CRITERIA AND SUPPLIER-SELECTION INTELLIGENCE, 2020–2032
    10.1.    KEY PURCHASING CRITERIA ACROSS END-USE INDUSTRIES
    10.2.    SUPPLIER-SELECTION PRIORITIES BY CUSTOMER CATEGORY
    10.3.    TYPICAL COMMERCIAL TERMS AND SUPPLIER-QUALIFICATION REQUIREMENTS
    10.4.    CUSTOMER–SUPPLIER ALIGNMENT MATRIX
    11.    APPLICATION-LEVEL MATERIAL INTENSITY AND UNIT-CONSUMPTION BENCHMARKING, 2020–2032
    11.1.    MAGNETIC MATERIAL CONSUMPTION PER ELECTRIC VEHICLE
    11.2.    MAGNETIC MATERIAL CONSUMPTION PER WIND TURBINE
    11.3.    UNIT-LEVEL CONSUMPTION ACROSS INDUSTRIAL AND ELECTRONIC APPLICATIONS
    12.    MARKET-ENTRY ATTRACTIVENESS, INVESTMENT PRIORITIZATION AND COMMERCIAL OPPORTUNITY MAPPING, 2020–2032
    12.1.    COUNTRY ATTRACTIVENESS FOR ADVANCED MAGNETIC MATERIAL INVESTMENT
    12.2.    MARKET OPPORTUNITY MATRIX BY MATERIAL TYPE AND END-USE INDUSTRY
    12.3.    MARKET-ENTRY MODE COMPARISON
    13.    DRIVER RESTRAINT CHALLENGE AND OPPORTUNITIES OF ADVANCED MAGNETIC MATERIALS MARKET
    13.1.    DRIVER, RESTRAINT, CHALLENGE AND OPPORTUNITIES ANALYSIS
    13.1.1    MARKET DRIVER ANALYSIS
    13.1.1.1    Accelerating Adoption of Electric and Hybrid Vehicles
    13.1.1.2    Expansion of Renewable Energy Generation Infrastructure
    13.1.1.3    Rising Demand for Miniaturized and Energy-Efficient Electronic Devices
    13.1.1.4    Growth of Industrial Automation and High-Performance Machinery
    13.1.2    MARKET RESTRAINT ANALYSIS
    13.1.2.1    Volatility in Rare-Earth Raw Material Prices
    13.1.2.2    High Production and Processing Costs
    13.1.3    MARKET OPPORTUNITY
    13.1.3.1    Development of Rare-Earth-Free and Heavy-Rare-Earth-Reduced Magnets
    13.1.3.2    Expansion of Magnet Recycling and Circular-Economy Solutions
    13.1.3.3    Increasing Demand from Aerospace, Defense, and Space Applications
    13.1.3.4    Adoption of Advanced Magnetic Materials in Medical Technology
    13.1.3.5    Commercialization of Nanocrystalline and Amorphous Magnetic Materials
    13.1.4    MARKET CHALLENGES
    13.1.4.1    Concentration of the Global Rare-Earth Supply Chain
    13.1.4.2    Performance Degradation Under Harsh Operating Conditions
    14.    GLOBAL GROWTH TRENDS
    14.1.    INDUSTRY TRENDS
    14.1.1    SWOT ANALYSIS
    14.1.1.1    Strengths
    14.1.1.2    Weaknesses
    14.1.1.3    Opportunities
    14.1.1.4    Threats
    14.1.2    PESTEL ANALYSIS
    14.1.2.1    Political Landscape
    14.1.2.2    Economic Landscape
    14.1.2.3    Social Landscape
    14.1.2.4    Technological Landscape
    14.1.2.5    Environmental Landscape
    14.1.2.6    Legal Landscape
    14.1.3    PORTER’S FIVE FORCES ANALYSIS
    14.1.3.1    Bargaining Power of Suppliers
    14.1.3.2    Bargaining Power of Buyers
    14.1.3.3    Threat of Substitute
    14.1.3.4    Threat of New Entrant
    14.1.3.5    Competitive Rivalry
    14.2.    POTENTIAL MARKET AND GROWTH POTENTIAL ANALYSIS
    15.    POST COVID ANALYSIS
    15.1.    COVID V ANALYSIS
    15.2.    COVID U ANALYSIS
    15.3.    COVID L ANALYSIS
    15.4.    COVID W ANALYSIS
    16.    COMPETITIVE LANDSCAPE AND LEADING COMPANY PERFORMANCE ANALYSIS
    16.1.    PLAYERS COVERED: RANKING BY ADVANCED MAGNETIC MATERIALS REVENUE
    16.2.    TOP COMPANIES MARKET SHARE (%)
    17.    PRICING ARCHITECTURE AND COMPETITIVE VALUE POSITIONING
    17.1.    AVERAGE SELLING PRICE RANGE ACROSS MAJOR MAGNETIC MATERIAL CATEGORIES
    17.2.    PREMIUM, MID-MARKET AND COST-COMPETITIVE BRAND PLACEMENT
    17.3.    REGIONAL PRICING VARIATIONS AMONG LEADING MANUFACTURERS
    17.4.    PRICE-TO-PERFORMANCE COMPARISON OF KEY MARKET PARTICIPANTS
    18.    MANUFACTURING SCALE AND CAPACITY READINESS
    18.1.    INSTALLED PRODUCTION CAPACITY OF LEADING MAGNETIC MATERIAL PRODUCERS
    18.2.    PLANT-LEVEL CAPACITY UTILIZATION ACROSS MAJOR MANUFACTURING LOCATIONS
    18.3.    ANNOUNCED, UNDER-CONSTRUCTION AND PLANNED CAPACITY ADDITIONS
    19.    ROUTE-TO-MARKET AND DISTRIBUTION STRENGTH
    19.1.    DIRECT SALES, DISTRIBUTOR, OEM AND DIGITAL CHANNEL MIX
    19.2.    DISTRIBUTOR AND COMMERCIAL PARTNER NETWORK OF MAJOR COMPANIES
    19.3.    REGIONAL SALES COVERAGE AND CUSTOMER ACCESSIBILITY
    19.4.    CHANNEL REACH AND DISTRIBUTION EFFECTIVENESS SCORECARD
    20.    BRAND EQUITY AND MARKET RECOGNITION LANDSCAPE
    20.1.    BRAND POSITIONING ACROSS THE ADVANCED MAGNETIC MATERIALS INDUSTRY
    20.2.    VISIBILITY ACROSS AUTOMOTIVE, ENERGY, ELECTRONICS AND INDUSTRIAL MARKETS
    20.3.    CUSTOMER PERCEPTION BY QUALITY, RELIABILITY, INNOVATION AND TECHNICAL SUPPORT
    21.    OUTPUT PERFORMANCE AND SALES THROUGHPUT
    21.1.    ESTIMATED PRODUCTION VOLUME OF MAJOR MARKET PARTICIPANTS
    21.2.    ESTIMATED SALES VOLUME ACROSS KEY MAGNETIC MATERIAL CATEGORIES
    21.3.    PRODUCTION-TO-SALES CONVERSION EFFICIENCY
    21.4.    VOLUME GROWTH RANKING OF LEADING PRODUCERS
    22.    DEMAND EXPOSURE AND END-MARKET DEPENDENCY
    22.1.    SALES CONSUMPTION SPLIT ACROSS MAJOR END-USE INDUSTRIES
    22.2.    EXPOSURE TO ELECTRIC VEHICLES, WIND ENERGY, ELECTRONICS AND INDUSTRIAL MOTORS
    22.3.    CUSTOMER CONCENTRATION AND INDUSTRY DEPENDENCY RISK
    23.    INNOVATION DEPTH AND PORTFOLIO COMPETITIVENESS
    23.1.    COMPARATIVE PRODUCT PORTFOLIO OF LEADING MARKET PARTICIPANTS
    23.2.    MAGNETIC STRENGTH, COERCIVITY AND THERMAL PERFORMANCE BENCHMARKING
    23.3.    MANUFACTURING PROCESS AND TECHNOLOGY CAPABILITY ASSESSMENT
    24.    GEOGRAPHIC FOOTPRINT AND REVENUE REACH
    24.1.    REGIONAL REVENUE DISTRIBUTION OF MAJOR COMPANIES
    24.2.    MANUFACTURING AND COMMERCIAL PRESENCE ACROSS KEY COUNTRIES
    24.3.    DOMESTIC SALES VERSUS EXPORT REVENUE DEPENDENCE
    25.    CRITICAL MATERIAL SOURCING AND SUPPLY RESILIENCE
    25.1.    RARE-EARTH AND CRITICAL RAW MATERIAL PROCUREMENT MODELS
    25.2.    CAPTIVE, CONTRACTED AND THIRD-PARTY SOURCING COMPARISON
    25.3.    EXPOSURE TO CONCENTRATED RARE-EARTH SUPPLY CHAINS
    25.4.    SUPPLY SECURITY, TRACEABILITY AND PROCUREMENT RISK RANKING
    26.    STRATEGIC COMPETITIVE STANDING AND PARTNER ATTRACTIVENESS
    26.1.    RANKING BY PRODUCT QUALITY, PRICING, CAPACITY AND MARKET REACH
    26.2.    COMPETITIVE STRENGTH ASSESSMENT ACROSS KEY SUCCESS FACTORS
    26.3.    CUSTOMER AND STRATEGIC PARTNER ATTRACTIVENESS MATRIX
    26.4.    MARKET POSITIONING OF LEADERS, CHALLENGERS, SPECIALISTS AND EMERGING PLAYERS
    27.    EXECUTIVE SUMMARY
    28.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET FORECAST, 2020-2036, (USD MILLION)
    28.1.    GLOBAL ADVANCED MAGNETIC MATERIALS REVENUE AND MARKET SHARE BY REGIONS
    28.2.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY REGION (2020-2025)
    28.3.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY REGION (2026-2036)
    28.3.1    North America
    28.3.2    Europe
    28.3.3    Asia Pacific
    28.3.4    Latin America
    28.3.5    Middle East & Africa
    29.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET ANALYSIS BY COUNTRIES, (USD MILLION)
    29.1.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS REVENUE AND MARKET SHARE BY COUNTRIES
    29.2.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY COUNTRY (2020-2025)
    29.3.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY COUNTRY (2026-2036)
    29.3.1    United States
    29.3.2    Canada
    29.3.3    Mexico
    30.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET ANALYSIS BY COUNTRIES, (USD MILLION)
    30.1.    EUROPE ADVANCED MAGNETIC MATERIALS REVENUE AND MARKET SHARE BY COUNTRIES
    30.2.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY COUNTRY (USD MILLION) (2020-2025)
    30.3.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY COUNTRY (USD MILLION) (2026-2036)
    30.3.1    United Kingdom
    30.3.2    Germany
    30.3.3    France
    30.3.4    Spain
    30.3.5    Italy
    30.3.6    Rest of Europe
    31.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET ANALYSIS BY COUNTRIES, (USD MILLION), (2020-2036)
    31.1.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS REVENUE AND MARKET SHARE BY COUNTRIES
    31.2.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY COUNTRY (USD MILLION) (2020-2025)
    31.3.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY COUNTRY (USD MILLION) (2026-2036)
    31.3.1    China
    31.3.2    India
    31.3.3    Japan
    31.3.4    Australia
    31.3.5    South Korea
    31.3.6    Rest of Asia Pacific
    32.    MIDDLE EAST AND AFRICA ADVANCED MAGNETIC MATERIALS MARKET ANALYSIS BY COUNTRIES, (USD MILLION)
    32.1.    MIDDLE EAST AND AFRICA ADVANCED MAGNETIC MATERIALS REVENUE AND MARKET SHARE BY COUNTRIES
    32.2.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY COUNTRY (USD MILLION) (2020-2025)
    32.3.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY COUNTRY, (USD MILLION) (2026-2036)
    32.3.1    Saudi Arabia
    32.3.2    South Africa
    32.3.3    Rest of MEA
    33.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET ANALYSIS BY COUNTRIES, (USD MILLION)
    33.1.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS REVENUE AND MARKET SHARE BY COUNTRIES
    33.2.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY COUNTRY (USD MILLION) (2020-2025)
    33.3.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY COUNTRY (USD MILLION) (2026-2036)
    33.3.1    Brazil
    33.3.2    Argentina
    33.3.3    Rest of Latin America
    34.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MAGNETIC MATERIAL TYPE, (USD MILLION)
    34.1.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE (2020-2025)
    34.2.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE (2026-2036)
    35.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MATERIAL SOURCE, (USD MILLION)
    35.1.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE (2020-2025)
    35.2.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE (2026-2036)
    36.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PRODUCT FORM, (USD MILLION)
    36.1.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM (2020-2025)
    36.2.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM (2026-2036)
    37.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PERMANENT MAGNET MANUFACTURING ROUTE, (USD MILLION)
    37.1.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE (2020-2025)
    37.2.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE (2026-2036)
    38.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY APPLICATION, (USD MILLION)
    38.1.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION (2020-2025)
    38.2.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION (2026-2036)
    39.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY END-USE INDUSTRY, (USD MILLION)
    39.1.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY (2020-2025)
    39.2.    GLOBAL ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY (2026-2036)
    40.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MAGNETIC MATERIAL TYPE, (USD MILLION)
    40.1.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE, (2020-2025)
    40.2.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE (2026-2036)
    41.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MATERIAL SOURCE, (USD MILLION)
    41.1.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE, (2020-2025)
    41.2.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE (2026-2036)
    42.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PRODUCT FORM, (USD MILLION)
    42.1.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM, (2020-2025)
    42.2.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM (2026-2036)
    43.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PERMANENT MAGNET MANUFACTURING ROUTE, (USD MILLION)
    43.1.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE, (2020-2025)
    43.2.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE (2026-2036)
    44.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY APPLICATION, (USD MILLION)
    44.1.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION, (2020-2025)
    44.2.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION (2026-2036)
    45.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY END-USE INDUSTRY, (USD MILLION)
    45.1.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY, (2020-2025)
    45.2.    NORTH AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY (2026-2036)
    46.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MAGNETIC MATERIAL TYPE, (USD MILLION)
    46.1.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE, (2020-2025)
    46.2.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE (2026-2036)
    47.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MATERIAL SOURCE, (USD MILLION)
    47.1.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE, (2020-2025)
    47.2.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE (2026-2036)
    48.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PRODUCT FORM, (USD MILLION)
    48.1.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM, (2020-2025)
    48.2.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM (2026-2036)
    49.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PERMANENT MAGNET MANUFACTURING ROUTE, (USD MILLION)
    49.1.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE, (2020-2025)
    49.2.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE (2026-2036)
    50.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY APPLICATION, (USD MILLION)
    50.1.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION, (2020-2025)
    50.2.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION (2026-2036)
    51.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY END-USE INDUSTRY, (USD MILLION)
    51.1.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY, (2020-2025)
    51.2.    EUROPE ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY (2026-2036)
    52.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MAGNETIC MATERIAL TYPE, (USD MILLION)
    52.1.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE, (2020-2025)
    52.2.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE (2026-2036)
    53.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MATERIAL SOURCE, (USD MILLION)
    53.1.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE, (2020-2025)
    53.2.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE (2026-2036)
    54.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PRODUCT FORM, (USD MILLION)
    54.1.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM, (2020-2025)
    54.2.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM (2026-2036)
    55.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PERMANENT MAGNET MANUFACTURING ROUTE, (USD MILLION)
    55.1.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE, (2020-2025)
    55.2.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE (2026-2036)
    56.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY APPLICATION, (USD MILLION)
    56.1.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION, (2020-2025)
    56.2.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION (2026-2036)
    57.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY END-USE INDUSTRY, (USD MILLION)
    57.1.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY, (2020-2025)
    57.2.    ASIA PACIFIC ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY (2026-2036)
    58.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MAGNETIC MATERIAL TYPE, (USD MILLION)
    58.1.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE, (2020-2025)
    58.2.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE (2026-2036)
    59.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MATERIAL SOURCE, (USD MILLION)
    59.1.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE, (2020-2025)
    59.2.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE (2026-2036)
    60.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PRODUCT FORM, (USD MILLION)
    60.1.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM, (2020-2025)
    60.2.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM (2026-2036)
    61.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PERMANENT MAGNET MANUFACTURING ROUTE, (USD MILLION)
    61.1.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE, (2020-2025)
    61.2.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE (2026-2036)
    62.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY APPLICATION, (USD MILLION)
    62.1.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION, (2020-2025)
    62.2.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION (2026-2036)
    63.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY END-USE INDUSTRY, (USD MILLION)
    63.1.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY, (2020-2025)
    63.2.    LATIN AMERICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY (2026-2036)
    64.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MAGNETIC MATERIAL TYPE, (USD MILLION)
    64.1.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE, (2020-2025)
    64.2.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MAGNETIC MATERIAL TYPE (2026-2036)
    65.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY MATERIAL SOURCE, (USD MILLION)
    65.1.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE, (2020-2025)
    65.2.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY MATERIAL SOURCE (2026-2036)
    66.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PRODUCT FORM, (USD MILLION)
    66.1.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM, (2020-2025)
    66.2.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PRODUCT FORM (2026-2036)
    67.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY PERMANENT MAGNET MANUFACTURING ROUTE, (USD MILLION)
    67.1.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE, (2020-2025)
    67.2.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY PERMANENT MAGNET MANUFACTURING ROUTE (2026-2036)
    68.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY APPLICATION, (USD MILLION)
    68.1.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION, (2020-2025)
    68.2.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY APPLICATION (2026-2036)
    69.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET SEGMENT BY END-USE INDUSTRY, (USD MILLION)
    69.1.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY, (2020-2025)
    69.2.    MIDDLE EAST & AFRICA ADVANCED MAGNETIC MATERIALS MARKET AND MARKET SHARE BY END-USE INDUSTRY (2026-2036)
    70.    COMPANY PROFILES OF GLOBAL KEY PLAYERS
    70.1.    SHIN-ETSU CHEMICAL CO., LTD.
    70.1.1    COMPANY DETAILS
    70.1.2    FINANCIALS (USD MILLIONS)
    70.1.3    PRODUCT SUMMARY
    70.1.4    RECENT DEVELOPMENTS (MERGERS, ACQUISITION, LAUNCH & OTHERS)
    70.1.5    SWOT ANALYSIS - SHIN-ETSU CHEMICAL CO., LTD.
    70.1.6    COMPANY MANUFACTURING, RESEARCH AND GLOBAL OPERATIONAL FOOTPRINT
    70.1.7    COMPANY ADVANCED MAGNETIC MATERIALS PRODUCT PORTFOLIO AND TECHNOLOGY MATRIX
    70.1.8    COMPANY STRATEGIC PARTNERSHIPS, SUPPLY AGREEMENTS AND TECHNOLOGY COLLABORATIONS
    70.1.9    COMPANY END-USE INDUSTRY EXPOSURE AND APPLICATION MARKET PRESENCE
    70.1.10    COMPANY QUALITY CERTIFICATIONS, RESPONSIBLE SOURCING AND SUSTAINABILITY CREDENTIALS
    70.2.    PROTERIAL, LTD.
    70.2.1    COMPANY DETAILS
    70.2.2    FINANCIALS (USD MILLIONS)
    70.2.3    PRODUCT SUMMARY
    70.2.4    RECENT DEVELOPMENTS (MERGERS, ACQUISITION, LAUNCH & OTHERS)
    70.2.5    SWOT ANALYSIS - PROTERIAL, LTD
    70.2.6    COMPANY MANUFACTURING, RESEARCH AND GLOBAL OPERATIONAL FOOTPRINT
    70.2.7    COMPANY ADVANCED MAGNETIC MATERIALS PRODUCT PORTFOLIO AND TECHNOLOGY MATRIX
    70.2.8    COMPANY STRATEGIC PARTNERSHIPS, SUPPLY AGREEMENTS AND TECHNOLOGY COLLABORATIONS
    70.2.9    COMPANY END-USE INDUSTRY EXPOSURE AND APPLICATION MARKET PRESENCE
    70.2.10    COMPANY QUALITY CERTIFICATIONS, RESPONSIBLE SOURCING AND SUSTAINABILITY CREDENTIALS
    70.3.    REEFINE TECHNOLOGIES
    70.3.1    COMPANY DETAILS
    70.3.2    FINANCIALS (USD MILLIONS)
    70.3.3    PRODUCT SUMMARY
    70.3.4    SWOT ANALYSIS - REEFINE TECHNOLOGIES
    70.3.5    COMPANY MANUFACTURING, RESEARCH AND GLOBAL OPERATIONAL FOOTPRINT
    70.3.6    COMPANY ADVANCED MAGNETIC MATERIALS PRODUCT PORTFOLIO AND TECHNOLOGY MATRIX
    70.3.7    COMPANY STRATEGIC PARTNERSHIPS, SUPPLY AGREEMENTS AND TECHNOLOGY COLLABORATIONS
    70.3.8    COMPANY END-USE INDUSTRY EXPOSURE AND APPLICATION MARKET PRESENCE
    70.3.9    COMPANY QUALITY CERTIFICATIONS, RESPONSIBLE SOURCING AND SUSTAINABILITY CREDENTIALS
    70.4.    TDK CORPORATION
    70.5.    VACUUMSCHMELZE GMBH & CO. KG
    70.6.    ARNOLD MAGNETIC TECHNOLOGIES
    70.7.    ELECTRON ENERGY CORPORATION
    70.8.    NEO PERFORMANCE MATERIALS INC.
    70.9.    ADAMS MAGNETIC PRODUCTS CO
    70.10.    DEXTER MAGNETIC TECHNOLOGIES, INC
    70.11.    DURA MAGNETICS, INC
    71.    COMPANY PROFILES (PERMANENT AND RARE-EARTH MAGNETIC MATERIAL COMPANIES)
    71.1.    DAIDO STEEL CO., LTD.
    71.1.1    COMPANY DETAILS
    71.1.2    FINANCIALS (USD MILLIONS)
    71.1.3    PRODUCT SUMMARY
    71.1.4    RECENT DEVELOPMENTS (MERGERS, ACQUISITION, LAUNCH & OTHERS)
    71.1.5    SWOT ANALYSIS
    71.1.6    COMPANY MANUFACTURING, RESEARCH AND GLOBAL OPERATIONAL FOOTPRINT
    71.1.7    COMPANY ADVANCED MAGNETIC MATERIALS PRODUCT PORTFOLIO AND TECHNOLOGY MATRIX
    71.1.8    COMPANY STRATEGIC PARTNERSHIPS, SUPPLY AGREEMENTS AND TECHNOLOGY COLLABORATIONS
    71.1.9    COMPANY END-USE INDUSTRY EXPOSURE AND APPLICATION MARKET PRESENCE
    71.1.10    COMPANY QUALITY CERTIFICATIONS, RESPONSIBLE SOURCING AND SUSTAINABILITY CREDENTIALS
    71.2.    BEIJING ZHONG KE SAN HUAN HIGH-TECH CO., LTD.
    71.3.    NINGBO YUNSHENG CO., LTD.
    71.4.    JL MAG RARE-EARTH CO., LTD.
    71.5.    YANTAI ZHENGHAI MAGNETIC MATERIAL CO., LTD.
    71.6.    ANHUI EARTH-PANDA ADVANCED MAGNETIC MATERIAL CO., LTD.
    71.7.    ZHEJIANG INNUOVO MAGNETICS CO., LTD.
    71.8.    HENGDIAN GROUP DMEGC MAGNETICS CO., LTD.
    71.9.    GALAXY MAGNETS CO., LTD.
    71.10.    HANGZHOU PERMANENT MAGNET GROUP
    71.11.    NINGBO JINJI STRONG MAGNETIC MATERIAL CO., LTD.
    71.12.    NINGBO NINGGANG PERMANENT MAGNETIC MATERIALS CO., LTD.
    71.13.    BEIJING JINGCI MAGNET CO., LTD.
    71.14.    THINOVA MAGNET CO., LTD.
    71.15.    XIAMEN TUNGSTEN CO., LTD.
    71.16.    FUJIAN CHANGTING GOLDEN DRAGON RARE-EARTH CO., LTD.
    71.17.    NINGBO ZHAOBAO MAGNET CO., LTD.
    71.18.    ANHUI SINOMAG TECHNOLOGY CO., LTD.
    71.19.    YANTAI DONGXING MAGNETIC MATERIALS INC.
    71.20.    AICHI STEEL CORPORATION
    71.21.    ADVANCED MAGNET LAB, INC.
    71.22.    NIRON MAGNETICS, INC.
    71.23.    NOVEON MAGNETICS INC.
    71.24.    MP MATERIALS CORP.
    71.25.    USA RARE EARTH, LLC
    71.26.    BUNTING MAGNETICS CO.
    71.27.    MAGNETIC COMPONENT ENGINEERING, INC.
    71.28.    INTEGRATED MAGNETICS
    71.29.    GOUDSMIT MAGNETICS GROUP
    71.30.    ECLIPSE MAGNETICS LTD.
    71.31.    THOMAS & SKINNER, INC.
    71.32.    SURA MAGNETS AB
    71.33.    BOMATEC AG
    71.34.    MAGNETFABRIK BONN GMBH
    71.35.    KOLEKTOR MAGNET TECHNOLOGY GMBH
    71.36.    PERMANENT MAGNETS LTD.
    71.37.    MAGNETI LJUBLJANA D.D.
    71.38.    MAX BAERMANN GMBH
    71.39.    MS-SCHRAMBERG GMBH & CO. KG
    71.40.    SINTEX A/S
    72.    COMPANY PROFILES (SOFT MAGNETIC MATERIALS, FERRITES, AMORPHOUS ALLOYS AND ELECTRICAL STEEL COMPANIES)
    72.1.    POSCO
    72.1.1    COMPANY DETAILS
    72.1.2    FINANCIALS (USD MILLIONS)
    72.1.3    PRODUCT SUMMARY
    72.1.4    RECENT DEVELOPMENTS (MERGERS, ACQUISITION, LAUNCH & OTHERS)
    72.1.5    SWOT ANALYSIS
    72.1.6    COMPANY MANUFACTURING, RESEARCH AND GLOBAL OPERATIONAL FOOTPRINT
    72.1.7    COMPANY ADVANCED MAGNETIC MATERIALS PRODUCT PORTFOLIO AND TECHNOLOGY MATRIX
    72.1.8    COMPANY STRATEGIC PARTNERSHIPS, SUPPLY AGREEMENTS AND TECHNOLOGY COLLABORATIONS
    72.1.9    COMPANY END-USE INDUSTRY EXPOSURE AND APPLICATION MARKET PRESENCE
    72.1.10    COMPANY QUALITY CERTIFICATIONS, RESPONSIBLE SOURCING AND SUSTAINABILITY CREDENTIALS
    72.2.    NIPPON STEEL CORPORATION
    72.3.    JFE STEEL CORPORATION
    72.4.    CHINA BAOWU STEEL GROUP CORPORATION LIMITED
    72.5.    ARCELORMITTAL
    72.6.    THYSSENKRUPP ELECTRICAL STEEL GMBH
    72.7.    VOESTALPINE STAHL GMBH
    72.8.    TATA STEEL LIMITED
    72.9.    CLEVELAND-CLIFFS INC.
    72.10.    NLMK GROUP
    72.11.    SHOUGANG GROUP CO., LTD.
    72.12.    ANSTEEL GROUP CORPORATION LIMITED
    72.13.    HBIS GROUP CO., LTD.
    72.14.    CHINA STEEL CORPORATION
    72.15.    APERAM ALLOYS IMPHY
    72.16.    CARPENTER TECHNOLOGY CORPORATION
    72.17.    ATI INC.
    72.18.    METGLAS, INC.
    72.19.    ADVANCED TECHNOLOGY & MATERIALS CO., LTD.
    72.20.    QINGDAO YUNLU ADVANCED MATERIALS TECHNOLOGY CO., LTD.
    72.21.    HÖGANÄS AB
    72.22.    SUMITOMO ELECTRIC INDUSTRIES, LTD.
    72.23.    MIBA AG
    72.24.    GKN POWDER METALLURGY
    72.25.    RIO TINTO METAL POWDERS
    72.26.    MAGNETICS, A DIVISION OF SPANG & COMPANY
    72.27.    MICROMETALS, INC.
    72.28.    CHANG SUNG CORPORATION
    72.29.    FAIR-RITE PRODUCTS CORP.
    72.30.    FERROXCUBE INTERNATIONAL HOLDING B.V.
    72.31.    SAMWHA ELECTRONICS CO., LTD.
    72.32.    NATIONAL MAGNETICS GROUP, INC.
    72.33.    COSMO FERRITES LIMITED
    72.34.    TDG HOLDING CO., LTD.
    72.35.    MURATA MANUFACTURING CO., LTD.
    72.36.    MARUWA CO., LTD.
    72.37.    ACME ELECTRONICS CORPORATION
    72.38.    TODA KOGYO CORPORATION
    72.39.    POCO MAGNETIC CO., LTD.
    72.40.    MELTA LTD.
    73.    COMPANY PROFILES (RARE-EARTH PROCESSING, RECYCLING AND CIRCULAR MAGNETIC MATERIAL COMPANIES)
    73.1.    LYNAS RARE EARTHS LTD.
    73.1.1    COMPANY DETAILS
    73.1.2    FINANCIALS (USD MILLIONS)
    73.1.3    PRODUCT SUMMARY
    73.1.4    RECENT DEVELOPMENTS (MERGERS, ACQUISITION, LAUNCH & OTHERS)
    73.1.5    SWOT ANALYSIS
    73.1.6    COMPANY MANUFACTURING, RESEARCH AND GLOBAL OPERATIONAL FOOTPRINT
    73.1.7    COMPANY ADVANCED MAGNETIC MATERIALS PRODUCT PORTFOLIO AND TECHNOLOGY MATRIX
    73.1.8    COMPANY STRATEGIC PARTNERSHIPS, SUPPLY AGREEMENTS AND TECHNOLOGY COLLABORATIONS
    73.1.9    COMPANY END-USE INDUSTRY EXPOSURE AND APPLICATION MARKET PRESENCE
    73.1.10    COMPANY QUALITY CERTIFICATIONS, RESPONSIBLE SOURCING AND SUSTAINABILITY CREDENTIALS
    73.2.    LYNAS RARE EARTHS LTD.
    73.3.    LESS COMMON METALS LTD.
    73.4.    SOLVAY S.A.
    73.5.    CARESTER SAS
    73.6.    HYPROMAG LTD.
    73.7.    MAGREESOURCE SAS
    73.8.    IONIC TECHNOLOGIES INTERNATIONAL LTD.
    73.9.    CYCLIC MATERIALS INC.
    73.10.    REELEMENT TECHNOLOGIES CORPORATION
    74.    CONCLUSION
    75.    REFERENCE LINK
    76.    APPENDIX
    76.1.    METHODOLOGY
    76.2.    RESEARCH DATA SOURCE
    76.2.1    SECONDARY DATA
    76.2.2    KEY DATA FROM SECONDARY
    76.2.3    PRIMARY DATA
    76.2.4    KEY DATA FROM PRIMARY
    76.2.5    INDUSTRY INSIGHT FROM PROFESSIONAL LEADERS
    76.2.6    MARKET ESTIMATION
    76.2.7    MARKET ESTIMATION: TOP-DOWN AND BOTTOM-UP APPROACH
    77.    RESEARCH SCOPE

Market Segmentation of the Global Advanced Magnetic Materials Market

1. BY MAGNETIC MATERIAL TYPE

1.1 Permanent Magnetic Materials

1.1.1 Rare-Earth Permanent Magnetic Materials

1.1.1.1 Neodymium-Iron-Boron (NdFeB)
1.1.1.2 Samarium-Cobalt (SmCo)
1.1.1.3 Other Rare-Earth Permanent Magnetic Materials

1.1.2 Non-Rare-Earth Permanent Magnetic Materials

1.1.2.1 Ferrite/Ceramic Magnetic Materials
1.1.2.2 Aluminium-Nickel-Cobalt (AlNiCo) Magnetic Materials
1.1.2.3 Other Rare-Earth-Free Permanent Magnetic Materials

1.2 Soft Magnetic Materials

1.2.1 Electrical Steel

1.2.1.1 Grain-Oriented Electrical Steel
1.2.1.2 Non-Grain-Oriented Electrical Steel

1.2.2 Soft Ferrites

1.2.2.1 Manganese-Zinc Ferrites
1.2.2.2 Nickel-Zinc Ferrites
1.2.2.3 Other Soft Ferrites

1.2.3 Amorphous Magnetic Alloys
1.2.4 Nanocrystalline Magnetic Alloys
1.2.5 Soft Magnetic Composites
1.2.6 Nickel-Iron Magnetic Alloys
1.2.7 Cobalt-Iron Magnetic Alloys
1.2.8 Others

1.3 Specialty and Functional Magnetic Materials

1.3.1 Magnetostrictive Materials
1.3.2 Magnetocaloric Materials
1.3.3 Magnetic Shape-Memory Materials
1.3.4 Magnetic Thin-Film Materials
1.3.5 Spintronic Materials
1.3.6 Others

2. BY MATERIAL SOURCE

2.1 Virgin Magnetic Materials

2.2 Recycled Magnetic Materials

2.2.1 Pre-Consumer Recycled Materials
2.2.2 Post-Consumer Recycled Materials

2.3 Blended Virgin and Recycled Magnetic Materials
2.4 Others

3. BY PRODUCT FORM

3.1 Magnetic Powders

3.1.1 Isotropic Magnetic Powders
3.1.2 Anisotropic Magnetic Powders

3.2 Magnetic Alloys and Ingots
3.3 Magnetic Flakes and Ribbons
3.4 Finished Permanent Magnets
3.5 Magnetic Sheets, Strips and Laminations
3.6 Magnetic Cores
3.7 Magnetic Components and Assemblies
3.8 Magnetic Thin Films and Coatings
3.9 Others

4. BY PERMANENT MAGNET MANUFACTURING ROUTE

4.1 Sintered Magnets

4.2 Bonded Magnets

4.2.1 Injection-Molded Magnets
4.2.2 Compression-Molded Magnets
4.2.3 Extrusion-Molded Magnets

4.3 Hot-Deformed Magnets
4.4 Additively Manufactured Magnets
4.5 Cast Magnets
4.6 Others

5. BY APPLICATION

5.1 Electric Motors

5.1.1 Electric Vehicle Traction Motors
5.1.2 Industrial Motors
5.1.3 Servo Motors
5.1.4 Robotics and Automation Motors
5.1.5 HVAC and Compressor Motors
5.1.6 Consumer Appliance Motors
5.1.7 Other Electric Motors

5.2 Electric Generators

5.2.1 Wind Turbine Generators
5.2.2 Industrial Generators
5.2.3 Other Electric Generators

5.3 Transformers
5.4 Inductors and Chokes
5.5 Sensors and Encoders
5.6 Actuators
5.7 Magnetic Bearings and Couplings
5.8 Speakers and Acoustic Devices
5.9 Data-Storage Devices
5.10 Magnetic Separation Equipment
5.11 Medical and Diagnostic Equipment
5.12 Electronic Components
5.13 Others

6. BY END-USE INDUSTRY

6.1 Automotive and Electric Mobility

6.1.1 Battery Electric Vehicles
6.1.2 Hybrid Electric Vehicles
6.1.3 Electric Two-Wheelers and Three-Wheelers
6.1.4 Electric Commercial Vehicles
6.1.5 Conventional Vehicles

6.2 Wind Energy
6.3 Industrial Automation and Robotics
6.4 Electrical Equipment
6.5 Consumer Electronics
6.6 Home Appliances and HVAC
6.7 Power Generation and Grid Equipment
6.8 Aerospace and Defence
6.9 Medical and Healthcare
6.10 Data Storage and Computing
6.11 Telecommunications Equipment
6.12 Mining and Material Processing
6.13 Others

7. BY RECYCLED RARE-EARTH MAGNET FEEDSTOCK

7.1 Pre-Consumer Magnet Waste

7.1.1 Magnet Manufacturing Scrap
7.1.2 Machining Swarf
7.1.3 Grinding Sludge and Residues
7.1.4 Off-Specification Magnets
7.1.5 Production-Line Rejects
7.1.6 Unused Magnet Components

7.2 Post-Consumer Magnet Waste

7.2.1 Electric Vehicle Motors and Rotors
7.2.2 Industrial Motors and Generators
7.2.3 Wind Turbine Generators
7.2.4 Hard-Disk Drives
7.2.5 Consumer Electronics
7.2.6 Household Appliances and HVAC Equipment
7.2.7 Robotics and Automation Equipment
7.2.8 Aerospace and Defence Equipment
7.2.9 Medical Equipment
7.2.10 Other End-of-Life Electrical and Electronic Equipment

8. BY RARE-EARTH MAGNET RECYCLING TECHNOLOGY

8.1 Direct or Short-Loop Recycling

8.1.1 Hydrogen-Based Magnet Processing
8.1.2 Mechanical Separation and Concentration
8.1.3 Magnet-to-Powder Recycling
8.1.4 Direct Re-Sintering
8.1.5 Magnet Remanufacturing
8.1.6 Others

8.2 Hydrometallurgical Recycling
8.3 Pyrometallurgical Recycling
8.4 Combined Hydro-Pyrometallurgical Recycling
8.5 Electrochemical Recycling
8.6 Other Emerging Recycling Technologies

9. BY RECYCLED MATERIAL OUTPUT

9.1 Recycled Rare-Earth Magnetic Powder
9.2 Recovered Rare-Earth Magnetic Alloy
9.3 Recovered Rare-Earth Oxides
9.4 Recovered Rare-Earth Metals
9.5 Remanufactured Permanent Magnets
9.6 Recycled Magnet Components
9.7 Blended Magnet-Grade Feedstock
9.8 Others

10. BY REGION

10.1 North America
10.2 Europe
10.3 Asia-Pacific
10.4 Middle East and Africa
10.5 Latin America

Company Profiles of Advanced Magnetic Materials

Chapter 1: Company Profiles of Global Key Players

  1. Shin-Etsu Chemical Co., Ltd.
  2. Proterial, Ltd.
  3. REEfine Technologies
  4. TDK Corporation
  5. VACUUMSCHMELZE GmbH & Co. KG
  6. Arnold Magnetic Technologies
  7. Electron Energy Corporation
  8. Neo Performance Materials Inc.
  9. Adams Magnetic Products Co.
  10. Dexter Magnetic Technologies, Inc.
  11. Dura Magnetics, Inc.

Chapter 2: Permanent and Rare-Earth Magnetic Material Companies

  1. Daido Steel Co., Ltd.
  2. Beijing Zhong Ke San Huan High-Tech Co., Ltd.
  3. Ningbo Yunsheng Co., Ltd.
  4. JL MAG Rare-Earth Co., Ltd.
  5. Yantai Zhenghai Magnetic Material Co., Ltd.
  6. Anhui Earth-Panda Advanced Magnetic Material Co., Ltd.
  7. Zhejiang Innuovo Magnetics Co., Ltd.
  8. Hengdian Group DMEGC Magnetics Co., Ltd.
  9. Galaxy Magnets Co., Ltd.
  10. Hangzhou Permanent Magnet Group
  11. Ningbo Jinji Strong Magnetic Material Co., Ltd.
  12. Ningbo Ninggang Permanent Magnetic Materials Co., Ltd.
  13. Beijing Jingci Magnet Co., Ltd.
  14. Thinova Magnet Co., Ltd.
  15. Xiamen Tungsten Co., Ltd.
  16. Fujian Changting Golden Dragon Rare-Earth Co., Ltd.
  17. Ningbo Zhaobao Magnet Co., Ltd.
  18. Anhui Sinomag Technology Co., Ltd.
  19. Yantai Dongxing Magnetic Materials Inc.
  20. Aichi Steel Corporation
  21. Advanced Magnet Lab, Inc.
  22. Niron Magnetics, Inc.
  23. Noveon Magnetics Inc.
  24. MP Materials Corp.
  25. USA Rare Earth, LLC
  26. Bunting Magnetics Co.
  27. Magnetic Component Engineering, Inc.
  28. Integrated Magnetics
  29. Goudsmit Magnetics Group
  30. Eclipse Magnetics Ltd.
  31. Thomas & Skinner, Inc.
  32. Sura Magnets AB
  33. Bomatec AG
  34. Magnetfabrik Bonn GmbH
  35. Kolektor Magnet Technology GmbH
  36. Permanent Magnets Ltd.
  37. Magneti Ljubljana d.d.
  38. Max Baermann GmbH
  39. MS-Schramberg GmbH & Co. KG
  40. Sintex A/S

Chapter 3: Soft Magnetic Materials, Ferrites, Amorphous Alloys and Electrical Steel Companies

  1. POSCO
  2. Nippon Steel Corporation
  3. JFE Steel Corporation
  4. China Baowu Steel Group Corporation Limited
  5. ArcelorMittal
  6. Thyssenkrupp Electrical Steel GmbH
  7. Voestalpine Stahl GmbH
  8. Tata Steel Limited
  9. Cleveland-Cliffs Inc.
  10. NLMK Group
  11. Shougang Group Co., Ltd.
  12. Ansteel Group Corporation Limited
  13. HBIS Group Co., Ltd.
  14. China Steel Corporation
  15. Aperam Alloys Imphy
  16. Carpenter Technology Corporation
  17. ATI Inc.
  18. Metglas, Inc.
  19. Advanced Technology & Materials Co., Ltd.
  20. Qingdao Yunlu Advanced Materials Technology Co., Ltd.
  21. Höganäs AB
  22. Sumitomo Electric Industries, Ltd.
  23. Miba AG
  24. GKN Powder Metallurgy
  25. Rio Tinto Metal Powders
  26. Magnetics, a Division of Spang & Company
  27. Micrometals, Inc.
  28. Chang Sung Corporation
  29. Fair-Rite Products Corp.
  30. Ferroxcube International Holding B.V.
  31. Samwha Electronics Co., Ltd.
  32. National Magnetics Group, Inc.
  33. Cosmo Ferrites Limited
  34. TDG Holding Co., Ltd.
  35. Murata Manufacturing Co., Ltd.
  36. Maruwa Co., Ltd.
  37. ACME Electronics Corporation
  38. Toda Kogyo Corporation
  39. POCO Magnetic Co., Ltd.
  40. MELTA Ltd.

Chapter 4: Rare-Earth Processing, Recycling and Circular Magnetic Material Companies

  1. Lynas Rare Earths Ltd.
  2. Less Common Metals Ltd.
  3. Solvay S.A.
  4. Carester SAS
  5. HyProMag Ltd.
  6. MagREEsource SAS
  7. Ionic Technologies International Ltd.
  8. Cyclic Materials Inc.
  9. ReElement Technologies Corporation

Download Sample Request Form

Loading
Your message has been sent. Thank you!

Make an Inquiry

Loading
Your message has been sent. Thank you!

Ask for Discount

Loading
Your message has been sent. Thank you!
Frequently Asked Questions

Frequently Asked Questions

How large is the Global Advanced Magnetic Materials Market, and how fast is it growing?

The Global Advanced Magnetic Materials Market was valued at USD 29,856.44 million in 2025 and is projected to reach USD 82,249.45 million by 2036, expanding at a CAGR of 9.65% during 2025–2036. Growth is being supported by rising demand for high-performance magnetic materials across electric mobility, renewable energy, industrial automation, electronics, aerospace, defence, and advanced medical systems.

What could transform the Advanced Magnetic Materials Market into an USD 82 billion opportunity by 2036?

The market is expected to increase from USD 29,856.44 million in 2025 to USD 82,249.45 million by 2036 as manufacturers adopt energy-efficient motors, compact electronic components, high-output generators, smart sensors, and advanced power equipment. Wider deployment of electric vehicles, wind turbines, robotics, data infrastructure, and next-generation electrical systems will remain central to this expansion.

Which magnetic material technologies are shaping the next phase of market growth?

Neodymium-iron-boron magnets, samarium-cobalt magnets, advanced ferrites, electrical steel, amorphous alloys, nanocrystalline alloys, and soft magnetic composites are among the most influential material technologies. Development is increasingly focused on improving magnetic strength, reducing energy losses, increasing thermal stability, lowering heavy rare-earth content, and delivering reliable performance in compact components.

Why is rare-earth magnet recycling becoming a strategic market priority?

Rare-earth magnet recycling can reduce dependence on newly mined materials while recovering valuable neodymium, praseodymium, dysprosium, terbium, and other critical elements from manufacturing scrap and end-of-life equipment. Direct recycling, hydrogen-based processing, hydrometallurgy, magnet-to-powder recovery, and magnet remanufacturing are gaining attention as companies seek more resilient and circular magnetic-material supply chains.

Which industries are expected to create the strongest demand for advanced magnetic materials?

Automotive and electric mobility, wind energy, industrial automation and robotics, electrical equipment, consumer electronics, power generation, aerospace and defence, healthcare, data storage, and telecommunications are expected to generate substantial demand. Electric traction motors and wind turbine generators will be particularly important because they require magnets and soft magnetic materials that offer high efficiency, compactness, durability, and dependable performance.

<1-- -->