ADVANCED TECHNOLOGY & MATERIALS CO., LTD.

Introduction

Advanced Technology & Materials Co., Ltd. (AT&M; Chinese: 安泰科技股份有限公司) is a Beijing-based Chinese materials company specializing in advanced metallic materials, powder metallurgy, functional materials, special steels, welding materials, and related engineering services. Established by China Iron & Steel Research Institute Group (CISRI) in 1998, the company was listed on the Shenzhen Stock Exchange in May 2000 under stock code 000969.

AT&M operates primarily upstream and midstream in the industrial materials value chain. Its products are used in sectors including information technology, aerospace, energy equipment, rail transportation, electric vehicles, medical devices, machine tools, robotics, marine engineering, and environmental technologies. The company’s technology portfolio combines materials research, process development, manufacturing, component production, and technical services, placing it at the intersection of China’s advanced materials, equipment manufacturing, and strategic emerging-industry sectors.

Its principal business areas include advanced functional materials and devices, special powder-metallurgical materials and products, high-quality special steels and welding materials, and environmental and high-technology services. Key product families include tungsten and molybdenum materials, rare-earth permanent magnets, amorphous and nanocrystalline alloys, atomized powders, metal-injection-molded components, high-speed steels, hard metals, and welding consumables.

History and Development

AT&M was incorporated on 30 December 1998 as a high-technology joint-stock enterprise established by CISRI together with other shareholders. Its formation reflected the industrialization of research capabilities developed within China’s metallurgy and materials-science institutions.

A significant development milestone was the company’s initial public offering on the Shenzhen Stock Exchange in 2000. The listing provided access to capital for the expansion of advanced-materials production and strengthened the connection between scientific research, industrial manufacturing, and commercial markets.

During the following decades, AT&M broadened its portfolio beyond traditional special steels and metallic products. It developed businesses in powder metallurgy, refractory metals, functional magnetic materials, amorphous and nanocrystalline alloys, and high-performance welding materials. This diversification aligned with increasing demand for lightweight, wear-resistant, thermally stable, magnetic, and electrically efficient materials.

More recently, the company has concentrated greater attention on two industrial pillars: high-end powder metallurgy centered on tungsten and molybdenum, and advanced functional materials centered on rare-earth permanent magnets. Its rare-earth magnet activities have expanded through facilities and affiliated operations in several Chinese regions, including Inner Mongolia, Shandong, Jiangsu, and Beijing.

Business Operations and Segments

AT&M’s business structure is organized around materials platforms rather than conventional downstream consumer markets. Its principal operating areas include:

• Advanced functional materials and devices, including rare-earth permanent magnets, amorphous and nanocrystalline alloys, magnetic components, and related devices.
• Special powder-metallurgical materials and products, including tungsten, molybdenum, hard metals, atomized powders, and metal-injection-molded parts.
• High-quality special steels and welding materials, including high-speed steels, specialty alloys, welding wires, and other consumables.
• Environmental protection and high-technology services, involving industrial technologies, engineering support, and specialized technical solutions.

This structure allows the company to serve multiple stages of the industrial supply chain. It supplies raw or semi-finished materials, but also produces processed products and application-oriented components. Such vertical integration can reduce dependence on external processing and enable closer coordination between alloy design, powder preparation, forming, heat treatment, finishing, and quality control.

The company is also connected to CISRI, a major Chinese research and engineering organization in metallurgy and materials science. This relationship gives AT&M an institutional link to applied research, technology transfer, and the commercialization of advanced metallic-material technologies.

Products and Technologies

Tungsten, molybdenum, and refractory-metal products

AT&M produces and processes refractory metals, particularly tungsten and molybdenum. These materials retain high strength and dimensional stability at elevated temperatures and are therefore used in thermal, electrical, aerospace, semiconductor, and industrial applications.

Relevant product and process capabilities include:

• Tungsten and molybdenum powders and powder-metallurgical products.
• Sintered and pressure-processed refractory-metal parts.
• Machined or further-finished components for high-temperature and electronic applications.
• Alloys and assemblies designed for thermal management, electrical conductivity, wear resistance, or radiation-related service conditions.

Powder metallurgy is especially important for refractory metals because their high melting points make conventional melting and casting difficult. The production route generally involves powder preparation, compaction, sintering, thermomechanical processing, and precision machining.

Rare-earth permanent magnets

Rare-earth permanent magnets, particularly neodymium-iron-boron (NdFeB) magnets, form a major part of AT&M’s advanced functional-materials activities. NdFeB magnets combine high magnetic energy density with relatively compact dimensions, making them suitable for electric motors, generators, actuators, sensors, consumer electronics, and industrial automation.

Typical production stages include alloy preparation, strip or powder production, magnetic-field alignment, pressing, sintering, heat treatment, machining, surface protection, and magnetic-property testing. Product performance depends on factors such as coercivity, remanence, temperature stability, grain structure, corrosion resistance, and dimensional accuracy.

AT&M’s magnet business includes both permanent-magnet materials and assemblies. Industry reporting has identified a rare-earth magnet business operating at a production scale of approximately 10,000 metric tonnes, while reported 2025 revenue for the magnet unit was about RMB 1.96 billion.

The company has also worked on NdFeB formulations containing higher proportions of cerium. Such approaches can reduce reliance on some higher-cost heavy rare-earth elements, although they require careful control of magnetic performance and processing conditions.

Amorphous and nanocrystalline materials

Amorphous and nanocrystalline alloys are produced through rapid solidification and related processing techniques that create non-equilibrium or finely structured metallic microstructures. These materials can provide favorable combinations of magnetic permeability, core loss, coercivity, mechanical strength, and thermal stability.

Applications include:

• Electrical transformers and distribution equipment.
• High-frequency power electronics.
• Magnetic sensors and current transformers.
• Electromagnetic shielding.
• Energy-efficient electrical components.

The industrial value of these materials is closely linked to their ability to reduce energy losses in electrical equipment. Their manufacture requires precise control of alloy composition, cooling rates, ribbon formation, annealing, insulation, and core assembly.

Powder metallurgy and atomized powders

AT&M’s powder-metallurgy portfolio includes specialized atomized powders and products produced through pressing, sintering, hot isostatic processing, metal injection molding, and related techniques. Atomization converts molten metal into controlled powder particles whose size distribution, morphology, cleanliness, and flow behavior influence the final product.

The company’s powder-metallurgical activities cover:

• High-performance metal powders.
• Tungsten and molybdenum products.
• Hard metals and cemented materials.
• Metal-injection-molded components.
• Powder-based parts requiring complex geometries or controlled density.

Metal injection molding combines the geometric flexibility of polymer injection molding with metallic feedstocks. It is particularly suitable for small, complex components requiring repeatable dimensional control, although debinding, sintering shrinkage, and density uniformity must be carefully managed.

Special steels and welding materials

The company produces high-quality special steels, including high-speed steels and specialty alloys. High-speed steels are valued for hardness retention at elevated temperatures and are used in cutting tools, forming tools, dies, and other wear-intensive applications.

AT&M also manufactures welding materials and consumables. These may include welding wires, electrodes, and specialized alloys designed for particular combinations of strength, corrosion resistance, wear resistance, heat resistance, or weldability. Such materials support machinery manufacturing, infrastructure, energy equipment, transportation, shipbuilding, and repair operations.

Applications and End Markets

AT&M’s materials are used across several industrial sectors:

The company’s market exposure is therefore influenced by several long-term trends: electrification, motor miniaturization, renewable-energy deployment, high-speed data transmission, industrial automation, defense and aerospace modernization, and the localization of strategic materials and components.

Global Presence and Market Position

AT&M is headquartered at 76 Xueyuan South Road in Beijing’s Haidian District and is associated with the Zhongguancun science and technology area. Its manufacturing and affiliated operations extend beyond Beijing, with rare-earth magnet activities reported in regions including Inner Mongolia, Shandong, and Jiangsu.

The company participates in international industrial markets through exports, overseas customers, technical cooperation, and participation in major plastics, rubber, materials, and manufacturing exhibitions. Its listing at CHINAPLAS identifies it as an exhibitor serving plastics and rubber industry customers, illustrating the relevance of its materials to processing equipment, molds, wear parts, magnetic systems, and other industrial applications connected with polymer manufacturing.

AT&M competes in markets characterized by specialized qualification requirements rather than by a single homogeneous product category. Its competitive position depends on:

• Control of materials composition and microstructure.
• Consistency of powder, alloy, magnetic, and mechanical properties.
• Ability to provide customized grades and component designs.
• Integration of research, pilot production, and industrial scale-up.
• Access to upstream raw materials, especially rare-earth elements and refractory metals.
• Compliance with demanding technical, environmental, and supply-chain requirements.

In rare-earth magnets, the company operates within a highly competitive Chinese and international ecosystem that includes integrated miners, alloy producers, magnet manufacturers, component suppliers, and motor-system companies. In powder metallurgy and refractory metals, competition is shaped by process know-how, yield, equipment capability, purity control, and the ability to manufacture complex or high-value parts.

Research and Development

Research and development is central to AT&M’s operating model. The company’s origins in CISRI connect its commercial activities with China’s broader materials-science and metallurgical research system.

Key research themes include:

• New compositions for rare-earth permanent magnets.
• High-coercivity and temperature-resistant magnetic materials.
• Reduced-heavy-rare-earth or higher-cerium magnet formulations.
• Advanced tungsten and molybdenum processing.
• Amorphous and nanocrystalline alloy systems.
• High-performance powders for precision manufacturing.
• Special steels and welding alloys for demanding service conditions.
• Process optimization, industrial scale-up, and materials recycling.

The most significant technical challenge in advanced metallic materials is often not the discovery of a new composition alone, but the ability to maintain performance at commercial production scale. Small variations in powder morphology, oxygen content, grain size, porosity, heat-treatment history, or surface condition can affect final properties. AT&M’s combination of research and manufacturing is therefore relevant to qualification, yield improvement, and product reliability.

Sustainability and Environmental Initiatives

The company’s sustainability profile is closely linked to the material efficiency of its products and to the environmental intensity of metals processing. Permanent magnets can support compact and efficient motors, while amorphous and nanocrystalline materials can reduce losses in electrical equipment. These benefits depend on product design, operating conditions, service life, and the energy sources used throughout the supply chain.

Environmental considerations in AT&M’s activities include:

• Efficient use of tungsten, molybdenum, rare-earth elements, and alloying metals.
• Recovery and reuse of valuable metal-bearing scrap and process residues.
• Control of dust, emissions, wastewater, and industrial waste from powder and metallurgical operations.
• Energy management in melting, atomization, sintering, heat treatment, and machining.
• Product designs that improve the efficiency and durability of downstream equipment.
• Management of supply-chain risks associated with mining and refining of critical minerals.

Rare-earth magnets present a particularly complex sustainability profile. They enable energy-efficient technologies, but mining, separation, refining, alloy production, and end-of-life recovery can generate significant environmental impacts. Recycling systems for magnets and the recovery of rare-earth elements are therefore important to the longer-term development of the sector, although collection, demagnetization, separation, and economically viable reprocessing remain technically demanding.

Financial Performance and Economic Impact

AT&M is a publicly traded company on the Shenzhen Stock Exchange, giving investors access to its performance through public corporate disclosures. Its business is exposed to both structural growth sectors and cyclical industrial markets.

Revenue and profitability can be influenced by:

• Rare-earth oxide and metal prices.
• Demand for electric motors, wind turbines, industrial automation, and power equipment.
• Utilization rates in powder-metallurgy and special-steel facilities.
• Product mix between standard materials and higher-value customized products.
• Energy prices and environmental-compliance costs.
• Foreign-exchange movements and export conditions.
• Research expenditure and the timing of capacity expansion.

Industry reporting indicated that AT&M’s rare-earth magnet business generated approximately RMB 1.96 billion in revenue in 2025, while its overall workforce was reported at roughly 4,836 employees in 2025. These figures illustrate the growing economic importance of functional magnetic materials within the company’s wider portfolio.

The company contributes to the industrial economy through specialized manufacturing, engineering employment, materials research, supply-chain development, and the domestic production of components used in strategic industries. Its activities also support downstream manufacturers that require qualified materials rather than commodity metals.

Quality Management and Certifications

Advanced metallic materials require close control of raw materials, process parameters, microstructure, dimensional tolerances, magnetic properties, mechanical performance, surface condition, and traceability. AT&M’s product categories therefore rely on laboratory analysis, process inspection, non-destructive testing, and application-specific qualification.

Quality-management priorities commonly associated with the company’s product areas include:

• Chemical composition and impurity control.
• Powder particle-size distribution and morphology.
• Sintered density and porosity.
• Magnetic-property testing for permanent magnets and magnetic alloys.
• Heat-treatment and grain-structure control.
• Dimensional inspection and surface-quality verification.
• Batch traceability and process documentation.
• Customer-specific technical qualification.

Certification requirements vary by product and end market. Automotive, aerospace, medical, electrical, and industrial customers may impose additional standards relating to process capability, reliability, environmental management, occupational safety, and supplier auditing.

Innovations and Future Outlook

AT&M’s future development is likely to be shaped by the convergence of advanced materials and strategic manufacturing technologies. Several areas are particularly significant:

• Electric-motor electrification: Demand for high-performance magnets is supported by electric vehicles, wind turbines, industrial drives, robotics, and efficient appliances.
• Critical-material security: Governments and manufacturers are seeking more resilient supplies of rare-earth elements, tungsten, molybdenum, and other strategic materials.
• Materials substitution: Research into higher-cerium magnets, reduced-heavy-rare-earth formulations, and alternative magnetic systems may lower exposure to constrained inputs.
• Powder-based manufacturing: Improved atomization, metal injection molding, additive manufacturing, and near-net-shape processing can reduce machining waste and enable complex parts.
• Energy-efficient electrical equipment: Amorphous and nanocrystalline materials may benefit from demand for lower-loss transformers, power electronics, and grid modernization.
• Higher-value integration: Combining material production with component design, assemblies, coating, machining, and technical services can improve customer retention and increase value capture.
• Recycling and circularity: Better recovery of magnets, refractory metals, and production scrap could reduce raw-material demand and environmental burdens.

The principal challenges include volatility in rare-earth prices, intense competition in Chinese materials manufacturing, pressure on margins, energy consumption, environmental compliance, qualification cycles, and the need to convert laboratory achievements into stable large-scale production. Long-term competitiveness will depend on maintaining research capabilities while improving manufacturing yield, product consistency, supply-chain resilience, and international customer support.

Summary

Advanced Technology & Materials Co., Ltd. is a Beijing-headquartered, Shenzhen-listed materials manufacturer founded by CISRI in 1998. Its activities span advanced functional materials, rare-earth permanent magnets, tungsten and molybdenum products, powder metallurgy, amorphous and nanocrystalline alloys, special steels, and welding materials.

The company occupies an important position in the advanced-materials ecosystem because it combines scientific research, industrial processing, component manufacturing, and technical services. Its products support electrification, renewable energy, electronics, aerospace, transportation, medical equipment, automation, and other strategic industries.

AT&M’s development reflects broader changes in the global plastics and manufacturing landscape: processors and equipment makers increasingly require lighter, more efficient, wear-resistant, magnetic, thermally stable, and precisely engineered metallic materials. Its future prospects will depend on the expansion of high-value functional materials, the reliability of its powder-metallurgy and rare-earth supply chains, continued process innovation, and the ability to address the environmental challenges associated with critical-mineral production.

References

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  CPS+ eMarketplace. (n.d.). ADVANCED TECHNOLOGY & MATERIALS CO., LTD.ADVANCED TECHNOLOGY & MATERIALS CO., LTD.. CPS+ eMarketplace. https://www.chinaplasonline.com/eMarketplace/ExhibitorInfo?CompId=1039605Link