Collaborative Research And Development
The company (or institute) is equipped with facilities for melting and casting, chemical analysis, mechanical property testing, heat treatment, microstructure analysis, physical property evaluation, corrosion and protection studies, non-destructive testing, and welding. 9 laboratories , it can systematically study the relationship between the alloy's chemical composition, manufacturing processes, and performance characteristics—making it particularly well-suited for researching and developing high-performance, small-batch, multi-variety specialty alloys tailored to the needs of national defense and military industries. The company (or institute) is able to provide customers with a complete set of services. Aluminum, magnesium, copper, lead, zinc We offer specialized services such as laboratory research, pilot-scale testing, and intermediate-scale trials required for developing new non-ferrous alloy products, along with technical consulting and support. We also collaborate on or undertake major, nationally and provincially/regionally funded R&D projects, engage in joint research for industry-specific horizontal projects, and help resolve complex technical challenges. Additionally, we provide comprehensive services in non-ferrous alloy development, as well as related analytical and testing services.
I. Alloy Development Business (Materials Design and Preparation): The company owns 12 vacuum melting units of various capacities—25 kg, 200 kg, and 1000 kg—as well as multiple resistance furnaces and power-frequency furnaces ranging from 500 kg to 2000 kg, capable of accommodating a variety of melting processes. Vacuum Melting and Casting Or Semi-Continuous Casting Craftsmanship, with complementary features Extrusion, rolling, heat treatment, and surface finishing The equipment enables the research and production of high-performance, small-batch, multi-variety specialty aluminum alloys, magnesium alloys, and copper alloys—and can also facilitate custom product development tailored to specific customer requirements.
II. New Product Pre-research Collaboration Model (Model Pre-research): The company (or institute) has positioned itself to align closely with defense and military-industrial sector model requirements, engaging deeply with stakeholders to identify key entry points. We provide comprehensive material selection services along with tailored weight-reduction solutions, helping to clarify R&D directions. Once approved—whether through internal review or project initiation—we proceed with small-scale trials or preliminary research to develop high-quality materials that meet the specified criteria. For specific model projects, the company offers free material samples to the customer, while our technical team actively monitors the testing progress. Through continuous refinement and optimization, we earn the customer’s trust and approval. Moreover, for particular high-priority models, the company can collaborate with partners and customers to jointly design research topics, applying for national or system-level scientific research projects. Together, we can embark on industrialization initiatives aimed at advancing technologies to a maturity level of 7 or higher.
III. Project Collaboration Research (University-Institute Collaborative R&D): The company has signed strategic cooperation agreements with more than 10 organizations specializing in advanced alloy materials, including the Chinalco Materials Application Research Institute, Northwest Aluminum Processing Plant, Zhengzhou Institute of Mechanical Engineering, Central South University, Beijing University of Science and Technology, Zhengzhou University, and Zhongfu Industrial Co., Ltd. Additionally, it provides technical services to over 20 leading domestic universities, such as Peking University, Beihang University, Beijing University of Technology, Harbin Institute of Technology, Northwestern Polytechnical University, Central South University, Zhengzhou University, Hunan University, National University of Defense Technology, Jilin University, and Xi'an Jiaotong University. The company also collaborates on projects and engages in technology development with more than 20 prestigious domestic research institutions, including the China Academy of Launch Vehicle Technology (CALT), the China Academy of Space Technology (CAST), the China Academy of Space Technology No. 5, the Institute of High Energy Physics under the Chinese Academy of Sciences, the Institute of Plasma Physics, the Salt Lake Institute, the China Academy of Engineering Physics, the Beijing Nonferrous Metals Research Institute, the State Grid Electric Power Research Institute, and Luoyang Bearing Research Institute.
In addition, over the years, the company has maintained strong collaborative relationships with five renowned international institutions and universities, including the All-Russian Research Institute of Light Alloys, Moscow State University of Steel and Alloys, the Australian Centre for Lightweight Metals Design, the University of New South Wales in Australia, and Monash University in Australia, leading to numerous successful project collaborations.
The company has collaborated with the University of New South Wales to develop a new corrosion-resistant magnesium alloy, a breakthrough that was recently published in the prestigious international journal *Nature Materials* (IF: 38.891): Xu, W., Birbilis, N., Sha, G., Wang, Y., Daniels, J. E., & Yang, X., et al. (2015). "A high-specific-strength and corrosion-resistant magnesium alloy." *Nature Materials*, 2015, 14(12). Through optimized alloy composition combined with specialized deformation and heat treatment processes, the alloy forms a dense protective surface layer, giving it the corrosion-resistant properties characteristic of a "stainless magnesium alloy."
The company, building on its legacy while looking toward the future, upholds the core values of "Innovation, Creation, Entrepreneurship, Efficiency, Effectiveness, and Sustainability." Guided by a management philosophy that emphasizes rigor, precision, practicality, innovation, consistency, and collaboration, we transform raw materials into components, components into modular systems. Leveraging cutting-edge technology to drive market demand, and backed by robust R&D capabilities and advanced manufacturing equipment, we relentlessly work to reduce weight in aerospace applications—continuously delivering value to our customers and fostering mutually beneficial partnerships.
Warmly welcome colleagues and industry experts to call us with any inquiries, visit and explore our company, and engage in collaborative discussions!
Contact information: Mr. Liu, Phone: +86-371-68918734 /+86-15890635853 Email: lzp0925@126.com
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