Top Industries purchasing Dysprosium (Dy)
Major Individual Company Purchasers
Caution: This content was sourced and arranged by AI and thus may be subject to errors, biases, omissions, or antiquation.
This information can provide a general sense of industry dynamics, but may be unreliable in its specifics, or as an isolated basis for investment decisions.
| Rank | Industry | Metric Tons (Est.) | Percent Usage | Primary Applications |
| 1 | Automotive (EV/Hybrid) | 880 | 44.0% | High-heat magnets for traction motors and power steering. |
| 2 | Renewable Energy (Wind) | 460 | 23.0% | Generators for direct-drive offshore wind turbines. |
| 3 | Industrial Automation | 180 | 9.0% | Servo motors for robotics and precision manufacturing. |
| 4 | Consumer Electronics | 120 | 6.0% | Miniaturized speakers, haptic motors, and hard disk drives. |
| 5 | Appliance Manufacturing | 80 | 4.0% | High-efficiency compressors for air conditioners and pumps. |
| 6 | Nuclear Energy | 60 | 3.0% | Neutron-absorbing control rods and radiation shielding. |
| 7 | Defense & Aerospace | 50 | 2.5% | Missile guidance, radar, and satellite communication. |
| 8 | Medical Technology | 40 | 2.0% | Magnetic Resonance Imaging (MRI) and laser surgery. |
| 9 | Data Storage | 30 | 1.5% | Voice coil motors in high-capacity enterprise HDD units. |
| 10 | Specialty Lighting | 20 | 1.0% | High-intensity discharge lamps and halide stadium lights. |
| 11 | Aviation | 16 | 0.8% | Avionics, flight control actuators, and sensors. |
| 12 | Acoustic Equipment | 14 | 0.7% | High-end audio transducers and professional speakers. |
| 13 | Marine Industry | 12 | 0.6% | Sonar systems and electric propulsion for naval vessels. |
| 14 | Telecommunications | 10 | 0.5% | Specialized filters and isolators for 5G/6G infrastructure. |
| 15 | Chemical Catalysts | 8 | 0.4% | Additives for specific high-temperature chemical reactions. |
| 16 | R&D / Lab Equipment | 6 | 0.3% | Cryogenic research and laser physics experiments. |
| 17 | Maglev Transportation | 4 | 0.2% | Levitation and propulsion magnets for high-speed rail. |
| 18 | Crystallography | 4 | 0.2% | Laser crystals (Dysprosium-doped) for infrared tech. |
| 19 | Jewelry & Glass | 4 | 0.2% | Specialized UV-filtering glass and optical doping. |
| 20 | Space Exploration | 2 | 0.1% | Ion thrusters and deep-space probe instrumentation. |
Major Individual Company Purchasers
- Tesla, Inc.: A massive driver of demand. While Tesla has explored "Rare Earth Free" motors, their high-performance models still rely on Dy-doped magnets for thermal efficiency.
- Siemens Gamesa: One of the world's largest purchasers for offshore wind turbine generators; offshore units use significantly more Dysprosium than onshore units due to higher heat and reliability needs.
- Apple Inc.: Uses Dysprosium in the Taptic Engine and speakers of iPhones; Apple is a leader in recycling Dysprosium to reduce reliance on primary mining.
- Shin-Etsu Chemical (Japan): A top-tier magnet manufacturer that purchases raw Dysprosium oxide to create high-end "NdFeB" magnets for the automotive industry.
- Hitachi Metals (Proterial): Holds many of the patents for Dy-diffusion technology, which allows magnets to use less Dysprosium while maintaining high heat resistance.
- Toyota Motor Corp: Heavily reliant on Dysprosium for its hybrid (Prius) and BEV (bZ4X) motor lineups.
- Vestas Wind Systems: A major purchaser for its permanent magnet generator (PMG) platforms.
- General Electric (GE Aerospace/Renewables): GE uses Dy in both its Haliade-X wind turbines and its military/commercial jet engine sensors.
Caution: This content was sourced and arranged by AI and thus may be subject to errors, biases, omissions, or antiquation.
This information can provide a general sense of industry dynamics, but may be unreliable in its specifics, or as an isolated basis for investment decisions.