Recently, Peak Kong Special Steel officially partnered with Professor Liu Yaopeng’s team from South China University of Technology to jointly test and study the performance and application potential of composite hollow structural profiles. This collaboration aims to advance high-performance steel technology to meet the evolving demands of infrastructure construction and high-end equipment manufacturing. The innovative profiles expand size ranges and enhance design complexity, making them suitable for large-span, lightweight structural components with smaller cross-sections and greater load-bearing capacity. The choice of new materials is transforming the market with its potential for sustainable development applications.

Composite hollow structural profiles, as a new type of steel material, have garnered widespread attention in the industry for their lightweight, high-strength, and excellent corrosion resistance properties. However, their structural behavior and performance in practical applications remain to be thoroughly studied. The primary goal of this collaboration is to systematically test and analyze these profiles to validate their performance across various application scenarios, providing a scientific foundation for large-scale adoption and promotion.

Technical Resource Integration Peak Kong Special Steel leverages its professional expertise in steel manufacturing and processing to provide high-quality composite hollow structural profile samples. South China University of Technology, drawing on its extensive experience in structural engineering research, designs and executes the testing protocols.

Multi-dimensional Performance Testing The testing covers multiple dimensions, including structural load-bearing capacity, fatigue resistance, corrosion resistance, and construction ease. Both parties utilize advanced testing equipment and data analysis tools to ensure the accuracy and reliability of the results.

Deep Integration of Industry, Academia, and Research Professor Liu Yaopeng’s team works closely with Peak Kong Special Steel’s technical staff, sharing test data and research findings. They also engage in in-depth discussions on product improvements and application strategies, enabling the rapid transformation of technological innovations.

Currently, the testing has yielded preliminary results, with data showing that composite hollow structural profiles demonstrate stable performance under high loads and extreme environments, meeting all requirements for lightweight structures. This research progress not only provides significant support for the development of related industries but also strengthens the leading position of Peak Kong Special Steel and South China University of Technology in the steel technology field.

Looking to the future, both parties will further deepen their collaboration, expand the research scope, and explore the application possibilities of composite hollow structural profiles in fields such as bridge construction, high-rise buildings, and marine engineering. Peak Kong Special Steel remains committed to driving technological innovation in the steel industry, providing stronger, lighter, and more sustainable steel solutions for global customers.