Malaysia seeks foreign partners to turn rare earth deposits into processing and magnet industries

A bid to keep more mineral value in Malaysia

Malaysia is inviting foreign companies to build rare earth processing and magnet businesses with local partners, seeking a larger return from deposits estimated at around 16 million tonnes. Its policy combines a ban on exports of unprocessed rare earths, in force since January 1, 2024, with a push for investment, technology transfer and Malaysian ownership in new ventures.

As of October 22, 2025, sovereign investment fund Khazanah Nasional is engaging Chinese companies to evaluate a refinery, while the 2026 federal budget allocates RM10 million to continue mapping resources. The government wants Malaysian businesses to participate through equity and shareholding, giving them an ownership stake rather than limiting their role to supplying raw material.

The ambition still needs to become a pipeline of projects. Officials say no proposals for new processing plants have reached the ministry under the current policy framework. Engagements with Japanese and South Korean companies remain exploratory, and Malaysia acknowledges that it lacks the technology and experience to mine and process its resources at scale.

Malaysia already has an important industrial base. The Lynas Advanced Materials Plant in Pahang processes Australian feedstock into rare earth oxides and can continue exporting its products to its chosen markets. The government now wants to connect more of the industry inside Malaysia, from mineral extraction and chemical separation to the manufacture of permanent magnets.

China's dominance of refining, alongside tighter Chinese export controls on some technologies, makes the effort sensitive. Buyers in the United States, Europe, Japan and South Korea are seeking more diverse supply chains, creating an opening for Malaysia if investment, technical skills and environmental controls come together.

What Malaysia wants to make

Rare earth elements are a group of 17 metals. They include neodymium, praseodymium, dysprosium and terbium, which are important for powerful magnets used in electric vehicle motors, wind turbine generators and defense systems. Rare earths also support catalysts, sensors, lasers and a wide range of electronics.

Turning a deposit into a magnet involves three broad stages. The upstream stage covers mining and concentration, which produces material containing a higher proportion of the desired minerals. The midstream stage uses chemical processing to separate the mixed material into individual elements and purify them as oxides. Downstream businesses turn those products into metals and finished goods, including magnets.

Malaysia is particularly interested in midstream processing because it is the industry's main bottleneck. Cracking and leaching break down the material and bring the desired elements into a solution. Solvent extraction then separates elements through a series of chemical steps. These operations require substantial investment, skilled workers and strict controls over acids and residues.

China controls most midstream refining capacity. That concentration increases supply risks when trade tensions rise. Malaysia's calculation is that exporting raw material leaves much of the industrial value elsewhere, while processing and manufacturing at home can bring more jobs, technical skills and tax revenue.

The export ban and the resource search

Malaysia's moratorium applies to raw rare earth exports, while processed products, including separated oxides and metals, can still be exported. Keeping unprocessed material within the country is intended to encourage investors to build plants and develop technologies that increase the value of each tonne extracted.

The RM10 million allocation in the 2026 federal budget supports further work to identify the richest deposits and assess how accessible they are. Officials commonly cite about 16 million tonnes of resources across states including Perak, Pahang, Kelantan, Terengganu and Kedah. Estimates vary, and authorities say more fieldwork is needed following a reconnaissance study in 2024 that indicated substantial resource potential.

Resource mapping matters to the industrial plan because a processing plant needs dependable supplies of suitable material. Malaysia is still assessing the scale and quality of its domestic deposits, even as it seeks partners to build the factories that would process them.

The main dates and milestones are:

• 2021 to 2030: The National Mineral Industry Transformation Plan sets a framework for developing the mineral sector.
• January 1, 2024: The moratorium on exports of unprocessed rare earths takes effect.
• 2024: A reconnaissance study indicates large potential resources, with further fieldwork required.
• October 22, 2025: Khazanah is engaging Chinese companies, but no new processing plant proposals have reached the ministry.
• 2026 federal budget: RM10 million is allocated to continue resource mapping.
• March 2026: The current extension for the Lynas plant runs to this month.

Local ownership is part of the bargain

The New Industrial Master Plan 2030 and the National Mineral Industry Transformation Plan 2021 to 2030 place rare earth development within a broader industrial strategy. Their mine to magnet vision seeks to connect extraction, processing and manufacturing while increasing local content and training a skilled workforce.

Malaysian equity is central to that approach. A domestic company that owns shares in a processing venture can earn returns from the business beyond payments for supplying minerals. The government also wants partnerships to build technical knowledge through sustained staff development.

Authorities say investors can come from any country if projects meet conditions covering local processing, technology transfer, job creation and environmental compliance. The export ban applies across markets and is intended to draw those commitments into Malaysia.

Qarrem Kassim, an analyst at the Institute of Strategic and International Studies in Kuala Lumpur, described the policy as an assertion of Malaysia's ability to put its economic development needs first:

Malaysia's existing capabilities give it a head start in integrating into global supply chains. Applying this export ban equally to all sides is a signal that Malaysia is willing to exercise its geoeconomic agency to prioritise its own development needs. This may result in potential foreign investment down the road.

Indonesia's ban on nickel ore exports offers a regional comparison: both policies seek to bring processing onshore. Rare earth processing, however, involves different chemistry, environmental risks and technology requirements, some of which are more demanding.

China offers technology and a difficult balancing act

Khazanah's engagement with Chinese companies concerns a refinery that would turn mixed concentrates into separated oxides. One concept under discussion would pair the sovereign fund with a Chinese state owned enterprise, which would contribute processing technology in exchange for resource access and a share of downstream returns.

Chinese firms bring decades of operating experience in an industry their country dominates. That makes them the fastest route to commissioning a plant. Malaysia would still need to balance the speed of development with its aim of avoiding excessive dependence on one country for technology standards and access to markets.

China already has an upstream presence in Malaysia. In Perak, MCRE Resources operates a legal mining venture with Chinalco, a Chinese state owned group. Sporadic reports of illegal mining add a separate enforcement problem, making it harder for federal authorities to track production and apply environmental rules.

Malaysia's invitation to multiple partners is intended to spread those commercial and technical risks. Chinese participation could help establish processing capacity, while relationships with other countries could provide different technologies, training opportunities and customers.

Japan and South Korea could connect processing to magnets

Malaysia has approached Japanese and South Korean companies about processing nonradioactive rare earths and manufacturing magnets. Japan has long experience in producing materials of high purity, separating rare earths and making magnets. South Korea is developing clean energy and defense supply chains that require dependable magnet supplies.

These discussions remain at an exploratory stage. They offer Malaysia a way to diversify its technology sources, train local engineers and open markets for finished products, alongside the proposed engagement with Chinese companies.

Existing manufacturers give Malaysia a base from which to build. Shin Etsu Malaysia produces rare earth magnets, while Bomatec manufactures plastic bonded magnets and assemblies. Connecting those businesses with additional mining and processing capacity could allow more stages of production to take place within the country.

Malaysia's longer term ambitions include making metals, pressing and sintering magnets, recycling scrap magnets and developing design engineering for motors. Sintering is part of the manufacturing process that turns prepared material into a solid magnet. Reaching these stages would extend local participation beyond the sale of separated oxides.

Lynas provides an operating example

The Lynas Advanced Materials Plant in Pahang is the largest facility of its kind outside China. It processes feedstock from Australia into rare earth oxides, which are often sold to Japan and South Korea. Its continued operation gives Malaysia an example of large scale midstream processing already working within its borders.

Lynas can continue exporting to its chosen markets because Malaysia's restriction targets unprocessed rare earths. The plant operates under regulatory conditions and has a current extension to March 2026. Its license renewals have repeatedly drawn public scrutiny over waste management.

New plants could use a similar supply model, securing material from mines abroad through long term arrangements rather than relying entirely on Malaysian ore. Imported concentrates could allow processing capacity to develop while geological work and preparations for domestic mining continue.

Western buyers are also reorganizing their critical minerals strategies. Recent agreements among allied countries seek to finance projects, establish standards and reduce exposure to supply disruptions. For Malaysian producers, those efforts could create opportunities for offtake commitments, agreements under which customers commit to buying future output, particularly where plants meet strict environmental and transparency standards.

Building the skills behind a refinery

Malaysia's technology gap covers both mining and processing. A modern separation plant needs cracking and leaching circuits, long sequences of solvent extraction equipment, precise control systems and demanding waste treatment standards. Some solvent extraction arrangements involve dozens of stages.

Dysprosium and terbium present an additional technical challenge because they occur in lower concentrations. Recovering them efficiently requires careful flowsheet design, meaning a plan for how material moves through each processing step and how each element is captured.

Foreign partners can supply process designs, equipment and training. Malaysia can contribute land, infrastructure, an industrial workforce and stable policy settings. Joint ventures with local equity are intended to keep knowledge in the country through the continuing development of Malaysian staff.

Feedstock planning will shape the order of investment. Plants using imported concentrates could begin operating while Malaysia completes its resource assessment. That sequence could help meet nearer term demand for magnets without waiting for new domestic mines to enter production.

Waste management will shape public acceptance

Rare earth processing uses acids and organic solvents and can produce residues requiring secure storage or further treatment. In Malaysia, public concern has been most visible around Lynas and the handling of byproducts with low levels of radioactivity from its imported ore.

Those concerns make strict monitoring, independent audits and clear residue management plans important to new projects. Plans may involve permanent disposal or converting residues into stable materials. Investors will need to address these obligations alongside the engineering of the processing plant itself.

The government presents its policy as a way to prevent reckless extraction and meet environmental, social and governance standards. Partners are expected to use the best available technologies, including wastewater treatment through several stages, acid recycling, robust air emission controls and designs that reduce the risk of leaks.

Automotive and wind power buyers increasingly screen suppliers for production with a verifiable low environmental impact. Environmental performance therefore affects both public confidence and access to customers.

Mining creates a different set of local responsibilities. Approvals sit largely with state governments, and projects need community engagement, measures to control erosion and sedimentation, and restoration teams to return land to productive use after extraction. Enforcement against illegal mining is also important for protecting communities and legitimate investors.

Approvals and incentives must fit together

Rare earth projects require decisions from several agencies and both state and federal authorities. Approvals cover environmental impact, hazardous waste, water discharge, land use and industrial safety. Companies often identify the complexity of that process as a cause of delay.

Clear review timelines, consistent standards and a single point of service for investors could reduce project risk. Coordination matters because a processing venture needs its land, utilities, environmental arrangements and industrial permissions to work together.

Malaysia can support investment through tax incentives administered by its investment authority, industrial parks with utilities and strategic investment alongside Khazanah. The government's stated approach is to assess projects on merit rather than the nationality of the company.

For Malaysian communities, the concrete stakes include employment, training and the management of water, waste and land. For investors, predictable rules and consistent implementation are important to committing large amounts of money over several years.

Investment depends on supplies, customers and execution

A modern separation plant can cost hundreds of millions of dollars. Its returns depend on stable feedstock, reliable customers and careful management of environmental liabilities. The commercial opportunity is a growing magnet market serving electric vehicles, wind power, consumer electronics and defense systems.

A reasonable development period for a new refinery is two to four years after a final investment decision. That period covers permitting, engineering, equipment delivery and commissioning. Projects using imported feedstock can move faster than new mines built from the ground up.

Early announcements are likely to focus on joint ventures with defined commitments to technology transfer, local hiring and residue management. Malaysia has a policy anchor in the export ban and an operating benchmark in Lynas, but its next step is to turn discussions into investable projects.

Partnerships with China could speed construction, while parallel engagement with Japan, South Korea, Australia and Western buyers could reduce dependence on any single market. Whether Malaysia captures more value from its rare earths will depend on execution, especially environmental performance, a steady supply of material and coordination among regulators.

Key Points

• Malaysia is seeking foreign joint ventures with local ownership to develop rare earth processing and magnet manufacturing.
• A ban on unprocessed rare earth exports took effect on January 1, 2024. Processed products can still be exported.
• Officials estimate around 16 million tonnes of resources, with further mapping supported by RM10 million in the 2026 federal budget.
• Khazanah is engaging Chinese companies about a refinery, while discussions with Japanese and South Korean businesses remain exploratory.
• No new processing plant proposals have reached the ministry under the current framework.
• Lynas continues processing Australian feedstock in Pahang and exporting its products, with its current extension running to March 2026.
• New separation plants can cost hundreds of millions of dollars and take two to four years after a final investment decision.
• Technology transfer, dependable supplies, customers, environmental safeguards and coordinated approvals will determine how much of the industry Malaysia can build.