News News
Contact us
  • Customer service number:64321087
  • Commercial service telephone:13918059423
  • Technical service telephone:13918059423
  • Contact person: Mr. Cui 
  • Service email:shxtb@163.com
  • Address: room 107, building 8, no. 100, guilin road, xuhui district, Shanghai

Japan moves to secure rare earths to reduce dependence on China

The date of: 2020-08-18
viewed: 0

source:South China Morning Post

Tokyo to help Japanese firms obtain stakes in overseas mines and increase stockpile of the minerals, vital to the technology and defence industries.

 Japan is moving to increase its stockpiles of rare earth minerals and will help domestic companies to obtain stakes in overseas mines and the ability to process raw materials into the valuable minerals required for next-generation vehicles, communications equipment and other cutting-edge technologies.

The US is the world’s largest importer of rare earths from China, with 59 per cent of its imports coming from China and analysts linking the issuance of export permits to leverage in trade negotiations.

In March, Japan announced plans to reduce its dependence on China for rare earth minerals and to diversify its supply routes. At present, China provides 58 per cent of the rare metals imported into Japan, while Beijing has also been quick to strike agreements with other governments to access their natural resources.

The Republic of Congo, for example, is the largest producer of cobalt in the world, but China has reached an agreement with the Congolese government so that 60 per cent of all the cobalt mined in the country is shipped to China to be smelted.

Japan relies on imports for 34 types of rare earth minerals, including terbium, europium, yttrium and lithium. Under the new government plan, the strategic stockpile of most of these minerals is being expanded from 60 days of domestic consumption to a supply adequate to meet demand for 180 days.



Hot News / Related to recommend
  • 2025 - 07 - 30
    Click on the number of times: 0
    Strain-Driven Oxygen Vacancy Ordering in LaNiO₃ Thin Films Revealed by Integrated Differential Phase Contrast Imaging in Scanning Transmission Electron Microscopy来源:Royal Society Of ChemistryRare-eart...
  • 2025 - 07 - 29
    Click on the number of times: 0
    来源:ACS PublicationsThe growth of high-entropy alloy (HEA) thin films using the molecular beam epitaxy (MBE) technique widens our horizons in materials design. This technique offers precise control of ...
  • 2025 - 07 - 28
    Click on the number of times: 0
    Rare-Earth Molecular Cluster Aggregates with Sandglass-like Core Topology as Surrogates for Minor Actinides in Immobilization within Alkaline-Earth Manganites 来源:ACS PublicationsIn this study, a ...
  • 2025 - 07 - 25
    Click on the number of times: 0
    From Oxidized PrNi0.9Al0.1O3 to Reduced PrNi0.9Al0.1O2+δ Perovskite Nickelates: Stabilization of Infinite-Layer Specimens with Monovalent Ni in the Bulk Polycrystalline Form 来源:ACS PublicationsRe...
  • Copyright ©Copyright 2018 2020 Shanghai rare earth association All Rights Reserved Shanghai ICP NO.2020034223
    the host:Shanghai Association of Rare Earth the guide:Shanghai Development and Application Office of Rare Earth the organizer:Shanghai rare earth industry promotion center
    犀牛云提供云计算服务