Highlights

• China Northern Rare Earth reports a 55.7% conversion of research to products during 2021-2025.
• 164 national/provincial projects and 139 standards were created to shape industry rules.
• Breakthrough demonstrations include second-generation permanent-magnet motors that are 60% smaller and 80% lighter, aimed at drones and robotics.
• Over 30 solid-state hydrogen-storage materials are now marketed globally.
• China's downstream capacity sprint—from magnets to hydrogen storage to photonics—sets the competitive benchmark as Western nations race to onshore critical supply chains.

---

China Northern Rare Earth (Group) High-Tech Co. says it used the 14th Five-Year Plan (2021–2025) (opens in a new tab) to refit its innovation machine: break internal bottlenecks, hard-wire R&D to production, and speed ideas from “paper to pilot to plant.” The company reports a rebuilt management model (“unified planning, centralized management, tiered execution, coordinated development”), a dedicated Technology/Industrialization Center, and a full “R&D to pilot to incubation to industrialization” pipeline with tech-manager roles, a dynamic results library, and incentive policies.

During the period, it undertook/participated in 48 national and 116 provincial-ministerial projects and claims a 55.7% rate of research results converted into products or licenses. Standards work expanded: 3 international, 121 national/industry, 6 local, and 9 national sample standards—signaling a push to shape rulebooks as well as products.

On platforms, the company says it now operates two national-level innovation platforms, nine ministry-level platforms, one academicians’ workstation, two post-doc stations, and 17 provincial research platforms. Its Rare-Earth New Materials Innovation Center built 12 pilot/demo lines across eight domains (green extraction; magnets; optical/photonic materials; energy-storage materials, etc.), and solved 11 industry “chokepoint” problems.

A flagship: second-generation rare-earth permanent-magnet disc motors derived from a first-gen “3W-6 mm” concept, claiming sharp gains in power/torque while staying ~60% smaller and ~80% lighter than comparable products—positioning for drones, robotics, and compact drives.

China’s national Rare-Earth Manufacturing Innovation Center (“the only one” in the field) reports 12 industrialization demo lines in magnets, hydrogen storage, alloys, and optical materials. It touts high-performance SmCo magnets, solid-state rare-earth hydrogen storage devices, and smart lighting based on rare-earth light sources—now in market promotion.

Hydrogen is a centerpiece: an affiliated unit has developed 30+ solid-state hydrogen-storage materials, with 12 reportedly in large-scale use; it built Inner Mongolia’s first refueling station using low-pressure solid-state storage.

The “Beixi Hydrogen” product line has been marketed across China and to Europe, the U.S., and Japan; the firm says its rare-earth hydrogen-storage materials hold a top-three industry share. Cross-over applications—“rare earths + medical/textiles/agriculture”—and products like thermal-insulation glass coatings, anhydrous rare-earth halides, and reflective heat-control paints have been moved into commercialization.

Why this matters for Western readers

This is not just mining—it’s downstream industrial capacity. If accurate, SmCo advances, compact high-torque motors, solid-state hydrogen storage, and aggressive standards-setting point to tighter Chinese control of high-value nodes (motors, energy systems, photonics).

As Washington and allies race to onshore magnets, hydrogen supply chains, and power-dense drivetrains, China’s “demo-line-to-market” sprint is the competitive benchmark to beat in the next plan cycle.

Disclaimer: This item originates from media affiliated with a Chinese state-owned entity. Details should be independently verified.

©!-- /wp:paragraph -->