Ancient buildings, as the treasures of human civilization, are left behind in the scouring of the long river of history. Each ancient building is an annual ring of time, which has witnessed the historical process of China in the five thousand years up and down, recording the cultural imprints of each era. Buildings that have broken through the limits of human technology in modernization have sprung up like mushrooms. For example, at the recently completed Beijing Daxing Airport, while admiring the new technology, we should also focus our attention on the repair of ancient buildings. This shenbo has pushed down the witnesses who witnessed our history and civilization.

The group of ancient buildings is not the same as ordinary buildings, and the history and significance behind them are of great significance. Before determining the reinforcement plan, not only must the need for reinforcement be considered, but also the principle of “repairing old as old” in ancient building repairs must be followed, and the historical value of the cultural relics themselves must not be destroyed. Chinese ancient buildings began to evolve from wooden structures to masonry masonry structures after the middle of the Ming Dynasty, and most of the existing ancient buildings are brick-wood mixed structures. Ancient buildings have withstood multiple tests in the long years. Wind and sand erosion, earthquake typhoons, and natural aging are the main reasons for the destruction of ancient buildings.

Based on the above analysis, the repair of ancient buildings is to rescue large-scale single-piece brick walls of ancient buildings, and at the same time to reinforce the walls for the second time. While maintaining the architectural style of the original brick wall, improve the safety and stability of the ancient building wall. Considering that the reinforcement process needs to be safe and simple, the construction is convenient, the period is short, and the reinforcement cost is relatively low, the dual combination reinforcement plan of structural leveling glue and carbon fiber cloth is the most suitable.

Horse unidirectional carbon fiber fabric

Carbon fiber cloth itself is a high-strength, light-weight reinforcement material. The Horse unidirectional carbon fiber cloth is preferably high-quality aviation-grade carbon wire, which uses an intelligent loom imported from Germany to weave 5000 meters of monofilament with point-to-point positive weft insertion. There is no damage to the carbon cloth throughout the weaving process, ensuring the continuity and flatness of the carbon fiber. Horse unidirectional carbon fiber cloth is extremely flexible and can wrap components of complex shapes, providing more possibilities for ancient buildings to repair different shapes. While the carbon fiber cloth reinforces the wall for the second time, the characteristics of high temperature resistance, creep resistance and earthquake resistance under permanent load also extend the life of ancient buildings.

The following is a detailed breakdown of the 3D standard construction process of Horse carbon fiber cloth, which can facilitate more construction personnel to follow the picture!

Horse unidirectional carbon fiber cloth has successfully restored ancient buildings such as Wuxi Lingshan Brahma Palace and Lingshan Giant Buddha. It proves that the carbon fiber cloth has significant advantages in the field of economic benefits, environmental protection, energy saving and social benefits in the ancient building rescue and reinforcement technology with cultural relics value. It is a successful innovative exploration and will also become a new direction of ancient building repair technology in the future.