Research Background - Shanghai Yilang Alloy Materials Co., Ltd. - Focusing on the alloy industry and providing more professional solutions

INNOVATE

Breakthrough Innovation

“Focus on Products, Integrity for Business”

Adhering to the philosophy of “thinking about today from the perspective of the future,” ERAUM Alloy has always formulated development plans and set strategic goals from the strategic height of future development. With a visionary strategic perspective, the company continues to promote its position in the new materials industry, improve a diversified portfolio of technological products, and delve into areas such as technological R&D, product quality, ESG, and sustainable development. The company has jointly established engineering technology research centers and expert workstations with several renowned institutions. Closely following the pace of national strategic emerging industry development, the company is fundamentally focused on “innovation and sustainable development.”
Jointly established engineering technology research centers and expert workstations with several renowned institutions. Continually embarking on a new journey of high-quality and leapfrog development, making greater contributions to the development of China’s new materials manufacturing industry!

structure

Organizational Structure

Dean of Research Institute & Chief Engineer

Technology R&D Center
Vice Dean & General Manager

Expert Workstation

Product Process Department

Production Line Process Department

Laboratory

High-Temperature Alloy Division

Corrosion-Resistant Alloy Division

Special Steel Division

Special Processing Division

Forging Division

Plate Division

Steel Pipe Division

Refining Team

Melting Team

Forging Team

Plate Technology Team

Extrusion Team

Pipe-Making Team

Chemical Team

Mechanical Team

Metallographic Team

Industrial Chain Integration and International Development

Adhering to the philosophy of “thinking about today from the perspective of the future”

First, based in Shanghai, integrate upstream and downstream resources of the industrial chain, and vigorously develop high-temperature alloys and corrosion-resistant alloys. Support the localization of key materials for core components in major equipment in nuclear power, chemical industry, new energy vehicles, and aerospace industries in Shanghai.
Second, build a scientific innovation platform for innovators, seize the commanding heights of the industry, and achieve global resource allocation.

R & D Centre

Building a Scientific Innovation Platform for Innovators

Collaboration
Substitution
Driven

R&D Investment

Annual R&D investment accounts for more than 5% of main business revenue
A well-established corporate technology center and engineering technology research center

Domestic Substitution

Products replace imported ones with domestic alternatives, breaking foreign blockades and monopolies

platform

Application Fields and Achievements

01

Coal Chemical Equipment Field

In the coal chemical equipment field, through the development of corrosion-resistant alloy materials for key equipment in acetic acid production, the challenge of applying domestic corrosion-resistant alloy materials in large-scale production units has been overcome, achieving the localization of key materials in acetic acid production. The development of domestic 330 alloy steel plates for the manufacture of muffle furnaces also promotes high-quality development of Shanghai's chemical equipment.
02

Weapon and Aviation Equipment Field

In the weapon and aviation equipment field, by actively participating in military-civilian integration projects, high-quality special alloy materials are provided to China North Industries Group for the R&D and testing of weaponry; meanwhile, low-expansion alloy materials are also provided for the domestic large aircraft C919, supporting the localization of key components for China’s large aircraft and the rapid development of Shanghai’s aviation industry.
03

Electric Power Equipment Field

In the power equipment industry, it is a critical material for core electromagnetic components, determining the efficiency, reliability, and intelligence of the equipment. It is a key high-end material supplier for applications ranging from traditional grid transformers and industrial furnaces to emerging energy sectors.
04

Automobile Manufacturing Field

In the automobile manufacturing field, with the rapid development of the new energy vehicle sector, the configuration rate of turbochargers in new energy vehicles is continuously increasing, leading to a growing demand for high-temperature alloys in the automotive industry. ERAUM Alloy is actively connecting with various automobile manufacturers in Shanghai to further increase its market share in the automotive sector.

goal

R&D Objectives

Strive to build a world-leading alloy production and R&D base
Aim to become No. 1 in Asia in the nickel-based alloy segment within five years

Achieve rapid internal product testing and analysis to ensure smooth progress of technological R&D
Undertake external projects and reasonably utilize the platform to generate revenue for the company
Internal routine testing: Report issued within 2 days excluding the day of sample submission
Corrosion testing: 2 days + corrosion time

Scientific Significance

The Importance of the Materials Industry to the Development of Manufacturing

The materials industry is the foundation of manufacturing development. Its standards and technological progress directly impact the competitiveness of the manufacturing sector. Industrial powers must attach great importance to the R\&D and upgrading of basic raw materials to support the sustainable development of manufacturing.

The Current Situation and Challenges of China's Manufacturing Industry

Developed countries control the core value of high-end manufacturing technologies and impose technological blockades on China, leading to bottlenecks in critical strategic materials. This has become a significant shortcoming in China's manufacturing transformation and upgrading.

National Policy Support for the "Four Basics" Areas

To promote China's transformation from a major equipment manufacturer to a strong one, the government has introduced a series of policies to support the development of core basic components, key basic materials, advanced basic processes, and industrial technology foundations.

Interdisciplinary Integration and Convergence

Alloy research involves knowledge and technologies from multiple disciplines such as physics, chemistry, materials science, and mechanical engineering. Therefore, it is not only a research hotspot within materials science but also an important platform for promoting interdisciplinary integration. Alloy research promotes communication and cooperation among different disciplines, jointly addressing major scientific and technological challenges in materials science.

Energy Conservation, Emissions Reduction, and Sustainable Development

With increasing global attention to environmental protection and sustainable development, alloy research also focuses on developing environmentally friendly alloys that are low in energy consumption, low in emissions, and recyclable. For example, reducing the use of precious elements through alloying, developing lightweight and high-strength alloys to lower energy consumption and emissions, and researching alloy recycling technologies to achieve resource reuse.