Project Background

The main building and ancillary facilities of the Beihang University Hefei Science City Innovation Research Institute are located in the Xinzhan High-Tech Zone of Hefei. Upon completion, the project will serve as a high-rise complex integrating public services, scientific research and experimentation, and research offices, and will play a significant role in regional scientific and technological innovation, talent development, and industrial upgrading.

Product Applications

For this project, our company supplied KLQZ series tension-resistant spherical steel bearings. These products are primarily used at critical joints in building structures; they are capable of withstanding vertical loads while accommodating horizontal displacement and rotation. Additionally, their tension-resistant properties ensure they meet the safety requirements of high-rise buildings under complex conditions such as wind loads and seismic forces.

The products were manufactured in strict accordance with design requirements and relevant standards. Delivery and installation were coordinated to align with the project’s construction schedule, providing a reliable guarantee for the structural safety of the main building and ancillary structures of the Beihang University Hefei Science City Innovation Research Institute.

Technical Features

The KLQZ Series Tensile-Resistant Spherical Steel Bearings are among the bearing products developed by our company for high-rise buildings and long-span structures. They feature high load-bearing capacity, flexible rotation, reliable tensile resistance, and excellent durability. These products effectively accommodate the displacement and rotation requirements of building structures under temperature changes and load conditions, while their tensile-resistant design enhances structural stability under complex loading conditions.

The company continuously drives technological upgrades for its products and can design customized solutions based on customer requirements to meet the needs of various engineering projects.