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Tianlixin Reinforcement Materials Provide Powerful Support for the Renovation of the Teaching Building at the Dabancheng Campus of Xinjiang Vocational University.


发布时间:2026-07-31

Author: Internet

The first-phase renovation of the teaching building at the Dabancheng Campus of Xinjiang Vocational University is driving a comprehensive revitalization of the facility through systematic upgrades. The project focuses on seismic retrofitting and the holistic enhancement of safety performance for aging structures, strengthening the building’s structural integrity to lay a solid foundation for campus safety and to provide faculty and students with a modern, secure, and reliable learning environment.

  The first-phase renovation of the teaching building at the Dabancheng Campus of Xinjiang Vocational University is driving a comprehensive revitalization of the facility through systematic upgrades. The project focuses on seismic retrofitting and the holistic enhancement of safety performance for aging structures, strengthening the building’s structural integrity to lay a solid foundation for campus safety and to provide faculty and students with a modern, secure, and reliable learning environment.

  In this reinforcement project, the team utilized dozens of tons of Tianlixin high-performance steel-bonding adhesive, specifically designed to strengthen and retrofit critical load-bearing components such as beams, columns, and slabs. This material effectively “cloaks” the structure in an invisible “structural armor,” substantially enhancing its overall seismic performance and load-carrying capacity.

  Tianlixin steel‑bonding adhesive achieves simultaneous improvements in bond strength and durability through the highly effective integration of nano‑inorganic materials with a specialized resin system. Its scientifically optimized 3:1 formulation, which increases the epoxy resin content and is paired with a high‑purity amine curing agent, further enhances the adhesive’s overall mechanical properties and extends the service life of structural components.

  In addition to steel‑bonding adhesive, Tianlixin also supplied the project with a comprehensive range of materials, including carbon fiber fabric, carbon‑fiber adhesive, steel‑grouting adhesive, rebar‑anchoring adhesive, and sealing adhesive, thereby establishing a complete and reliable structural reinforcement system that provides long‑term safety for campus buildings.