Neodymium Prices

Current Neodymium price: $166.81 per kg.

Price as of Oct 15 2026. 1 The price shown above is the retail price for private investors and is aligned with industry retail pricing. For bulk neodymium purchases, whether for industrial use or investment, please contact us for a quotation.

Neodymium price performance over time

Period Neodymium price then Change to today
Current price $166.81/kg —
1 year $150.10/kg +11.13%
2 years $110.90/kg +50.41%
3 years $128.40/kg +29.91%
5 years $145.60/kg +14.57%
10 years $52.89/kg +215.39%

Neodymium Historical Price Movement

Neodymium prices are increasingly shaped by the growing role of permanent magnets in electrification, energy transition technologies, and advanced manufacturing.

At today’s price of $166.81 per kg, neodymium is up 11.73% year to date, up 73.58% since the start of 2025, up 47.36% since the start of 2024, and up 156.63% since the start of 2020, when the neodymium price stood at $65.00 per kg.

This reflects neodymium’s central role in permanent magnets used in electric vehicles, wind turbines, electronics, and industrial equipment, combined with a market where supply chains remain concentrated and vulnerable to processing bottlenecks.

Neodymium annual price performance

Current Neodymium
Price/kg
2026 YTD 2025 2024 2023 2022 2021 2020
$166.81 11.73% 55.36% -15.11% -45.91% -6.06% 103.10% 68.77%

Neodymium is a rare earth element that is found in the earth’s crust. Its metallic element number is 60 and its chemical symbol is Nd. It is categorized as a lanthanide.

To make a qualified prediction of neodymium’s future pricing trends, let’s first examine its current applications and consider the key countries manufacturing this rare earth element (jump to our forecast here).

Neodymium Uses

Neodymium

Neodymium

Neodymium has been used since the early 1950s to create magnets with higher magnetic properties than those made with iron or other metals. Neodymium magnets, composed of neodymium, iron, and boron (NdFeB), can permanently carry up to 1,300 times their own weight, and are used in a wide range of products, ranging from fridge magnets to aircraft engines.

In electronics, neodymium magnets enable data storage in computer hard drives and deliver clear sound in mobile phone speakers and microphones; key innovations that made today’s lightweight devices possible.

Demand from renewable energy and electric mobility continues to rise: neodymium-iron-boron magnets power wind turbines, hybrid vehicles, and electric cars, making them the largest users of high-performance neodymium magnets worldwide. The element is also gaining traction in next-generation medical devices, such as wearable sensors and magnetically guided therapies, alongside its established uses in MRI machines, surgical lasers, and pacemakers.

Neodymium also has decorative applications, being one of the components used to make beautiful glass with hues ranging from yellow-green to deep violet. It can also be combined with other elements to create items, such as glasses that block infrared radiation, creating goggles for welding and cutting operations.

Its applications and versatility make neodymium  one of the most effective rare earth elements available commercially today. 

Where is Neodymium Produced?

Neodymium is rarely found in nature as a free element. It occurs in mineral ores such as bastnäsite and monazite, which contain a mix of rare earth elements in varying concentrations. While global reserves are estimated at around eight million tonnes, extraction and separation are technically complex and often environmentally challenging, factors that make neodymium both valuable and strategically sensitive.

The main mining regions include China, the United States, Brazil, Russia, Sri Lanka, India, and Australia. However, China dominates production, accounting for roughly 85% of global output, largely due to its advanced refining and separation capacity, rather than mining volume alone.

China monopoly in rare earths

What Factors Determine the Price of Neodymium?

Like all commodities, the price of neodymium is ultimately driven by supply and demand. Its unique magnetic strength and importance for clean-energy technologies make it one of the most valuable materials in modern industry. As demand for electric vehicles, wind power, and high-efficiency electronics continues to grow, so does demand for neodymium.

The bulk of the global supply still comes from China, which controls roughly 85% of the refining capacity. Beijing’s strategic management of its rare-earth industry, including export quotas and environmental regulations, has historically led to sharp price fluctuations. In 2010, for instance, China restricted rare-earth exports and temporarily halted shipments to Japan following a diplomatic dispute, sending prices soaring.

Today, China’s export policy remains the single biggest influence on neodymium pricing worldwide, making it not just an industrial metal but also a strategic barometer of geopolitical tension.

Neodymium Price Forecast

Forecast last updated: .

At a glance

  • The price trend remains positive: SMI’s published neodymium price is $166.97 per kg as of October 12, 2026, up 11.84% this year after a 55.36% rise in 2025.
  • Macro driver: magnets for electric vehicles, wind turbines, and industrial equipment remain central to the investment case.
  • A more balanced supply picture: China still dominates the magnet supply chain, but separated neodymium-praseodymium output outside China is already increasing. Further gains depend on demand absorbing that growth.

What changed in 2026

Neodymium has extended its recovery, although this year’s increase is more modest than the 2025 surge. The distinction matters: a constructive industrial outlook does not mean that last year’s pace of price appreciation will repeat.

The IEA’s July 2026 critical-minerals outlook projects demand for the four magnet rare earths to grow by about 25% between 2025 and 2030 under its Stated Policies Scenario. Electrification supports that outlook, with automation and robotics becoming increasingly important beyond 2030. If planned projects deliver, its base-case mined supply of magnet rare earths is broadly sufficient to meet the Stated Policies Scenario through 2040, even while diversified supply chains face gaps. Growing demand alone therefore does not establish a shortage.

Supply diversification has moved beyond announcements. MP Materials produced 840 tonnes of NdPr oxide in Q2 2026, up 41% year over year. This is combined neodymium-praseodymium oxide output, not pure neodymium production. At the same time, its magnet operation was still advancing customer qualification, illustrating why separated oxide output and fully qualified magnet supply should be assessed separately.

Policy relief remains incomplete. September talks extended the broader U.S.-China trade arrangement, while the White House said discussions on critical-mineral supply shortages were continuing. The broader extension should not be treated as confirmation that every rare-earth licensing requirement has disappeared.

Neodymium itself was not among the seven elements named in China’s April 2025 controls. However, those measures cover dysprosium- and terbium-containing NdFeB magnet materials, so they can disrupt the downstream market that consumes neodymium. The later October 2025 measures and their suspension are a separate policy layer.

What this means for Neodymium

The market combines a durable demand opportunity with a supply response that is already delivering material. However, building competitive separation and magnet-production chains requires more than funding and equipment. Specialist expertise, operating experience, and customer qualification take time to develop. Producers outside China are making progress, but closing the broader technical and skills gap remains a multi-year challenge.

Conversely, magnet production bottlenecks can disrupt customers’ activity and encourage precautionary buying. Their effect on neodymium prices is therefore not automatically positive. The useful indicators are actual orders, inventories, delivered material, and operating capacity, rather than project announcements alone.

Price drivers tilting upward

  • EVs and efficient motors: permanent-magnet designs support demand where compact size and high performance matter.
  • Wind and industrial applications: turbines using permanent magnets, factory equipment, and automation broaden the demand base.
  • Supply security: dependable material can become more valuable when licensing or processing disruptions make deliveries uncertain.

Potential headwinds to watch

  • Additional supply: successful separation expansions, improved recovery, and recycling can reduce pressure on primary material.
  • Substitution and efficiency: alternative motor designs and magnet-material savings can moderate demand growth. Reducing heavy rare-earth additives does not necessarily reduce neodymium consumption.
  • Uneven end-market growth: EV demand varies by region, and wind installations depend on financing, permitting, and project execution.
  • Policy and inventories: easier trade or the unwinding of precautionary stocks could reverse part of the availability premium.

6–12 month forecast view

Bias: Neutral to slightly bullish.

Rationale: Industrial magnet demand and concentrated processing leave room for further gains. Rising NdPr output and the absence of a demonstrated global shortage temper that view. Neither automatic restocking nor a guaranteed export-control shock is assumed.

12–24 month forecast view

Bias: Cautiously bullish.

Rationale: Expanding motor and magnet applications can absorb additional supply, provided end-market demand holds up. Faster production growth or weaker manufacturing activity would challenge the outlook. Expect volatility around policy headlines and procurement cycles.

3–5 year forecast view

Bias: Constructively bullish, with supply and technology risks.

Rationale: Electrification and automation provide a substantial long-term demand foundation. The opportunity is strongest where this growth outpaces commercially available supply. New processing capacity, recycling, and competing technologies will influence that balance, so higher average prices are a possibility rather than a certainty.

Why physical Neodymium fits the Strategic Metals Invest playbook

  • Direct exposure to electrification and next-generation technology: physical neodymium connects ownership to the electric motors, efficient generators, and industrial equipment using high-performance magnets.
  • Value in a specialised supply chain: producing usable magnet inputs requires more than mining ore. Holding documented, industry-grade neodymium oxide provides exposure to a material that must pass through technically demanding processing stages.
  • A long-term industrial opportunity: the case rests on expanding applications and the value of dependable supply. For patient investors, these are more durable reasons to consider neodymium than any single diplomatic headline, while entry price and industrial resale conditions remain important.

The graphs below show Argus Media’s forecasts for neodymium’s future price (fob China), demand, and supply.

Neodymium fob Price, Supply, and Demand Forecast by Argus Media

How to Buy Neodymium

If you Google search “buy neodymium” the first results all sell neodymium magnets. As an investor, you’d have to look for “neodymium oxide”, the powder form, which you’ll find at several online suppliers and marketplaces like Amazon, Alibaba, Etsy, and eBay.

You must realize though that you must purchase from a reputable dealer to ensure the purity. Otherwise, there’s only the possibility of selling again to other hobbyists, meaning you may not profit from any price gains.

Corporate buyers like Tesla, Honda, Ford, Rolls-Royce, and BMW only use licensed metal dealers, like ourselves, to purchase the industry-grade neodymium they need in their production process. We act as a key intermediary between the producers of strategic raw materials and the industry users.

Any serious investor who wants to benefit from future neodymium price increases by buying and physically owning this metal can do this safely through us. We’re the only globally licensed industry supplier offering this to private investors. We sell industry-grade neodymium oxide powder (Nd2O3/TREO) at a minimum of 99.0% purity, the minimum purity form preferred by the aviation, car manufacturing, and wind turbine industries. We also offer safe storage, a requirement if you want to sell again to the market in the future.

Neodymium futures contracts are also traded in the Shanghai Metal Market (SMM).

How to Sell Neodymium

If you own some neodymium oxide powder, you can easily sell it online to other hobbyists at sites like eBay, Amazon marketplace, or Esty. However, you won’t get market rates because industry buyers like Mercedes, GE Aviation, and Chevrolet only buy their industrial-grade neodymium oxide from trusted licensed industry suppliers.

These companies will only transact with a seller that provides documentary evidence of the entire chain of custody, purity reports, and proof of proper storage. Because we’re such an industry metals supplier, we guarantee the fast and safe liquidation of our investors’ neodymium at market rates to the industries using it.

1 This price is based on the latest available industry-partner price for Neodymium, dated Oct 12 2026. Prices may be carried forward until a newer market price becomes available. Currency conversions use the latest available ECB exchange rate.

Calculations on this page last updated Oct 15 2026.

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