Shanghai Maritime University Reinforcement Project-碳纤维源头生产商

The structural reinforcement project for existing buildings of Shanghai Maritime University is a typical engineering case of our company in the field of educational buildings. Aiming at the problems of floor slab cracking and insufficient beam bearing capacity of old buildings in the campus, the project adopts a scheme combining carbon fiber cloth reinforcement technology and steel-bonding reinforcement process to efficiently improve the seismic and bearing performance of the structure.

During the construction, our technical team strictly followed the Code for Design of Reinforcement of Concrete Structures (GB 50367-2013), grinding, leveling and interfacing the base concrete to ensure the full bonding between carbon fiber cloth and the base material. For large-area floor slab cracks, 300g/m² high-strength carbon fiber cloth was used for multi-layer pasting to effectively inhibit crack propagation; for parts with insufficient beam bearing capacity, steel plates were pasted with steel-bonding adhesive to achieve local reinforcement and overall stress optimization.

The project adopted refined construction management throughout the whole process, equipped with a professional supervision team to control the quality. All materials passed the testing of national authoritative institutions, meeting environmental protection and safety standards. After the reinforcement was completed, the bearing capacity test and seismic evaluation conducted by a third-party institution showed that all performance indicators of the building met the design requirements, providing a solid safety guarantee for the teaching and research activities of Shanghai Maritime University and gaining high recognition from the school.