La gamme d'activités Horse Construction a tendance à partout dans le monde et à servir des milliers de clients avec des produits, des conseils techniques spécialisés dans la construction, et nous assistons avec eux à la refonte de la marque chinoise.
Reinforcement of old factory buildings
In the absence of changing the original structure, it is decided to reinforce the column,beam and slab with carbon fiber reinfroced polymer (CFRP).
Project overview
The factory buidling was built in 80s, the original structure was two storey frame structure, the column foundation buried 1.8 meters. Due to the expansion of the owner's production scale, the original plant can not meet the new equipment layout and need to be strengthened.
(Reinforcement of old factory buildings)
The difficulty of reinforcement of factory building
1. Short period
2. many obstacles to design construction
3. work content is more difficult to construct
4. high security requirements
Factory building detection
In order to accurately assess the comprehensive capacity of the original plant, the professional personnel are first investigated and tested according to the requirements of the standard. The main problems of the test and display plant are as follows:
1. The powerhouse is overloaded, and the floor has the foundation of discarded equipment.
2. The surface of the beam and column appears the phenomenon:the exfoliation of the concrete protection layer, the exposure of the steel bar and the corrosion.
3. Because of the load increase, the structure is checked with a partial bearing capacity on each floor.
Reinforcement scheme
1. Building retrofitting. The base of the equipment and the leveling layer on the floor are all removed, and the structural layer is exposed to lighten the load of the workshop.
2. Structure reinforcement. In order to ensure the safety, it is necessary to check and reinforce the structure of the original plant. In the reinforcement design, the reasonable reinforcement scheme is determined according to the original structure form and the stress characteristics. At the same time, we should also take into account the requirements of progress, construction convenience, feasibility, economy and other factors.
HM-20 est un tissu de fibre de carbone unidirectionnelle. Lorsque mis en place par superposition d’épaisseurs du tissu sur la résine d’imprégnation époxyde HM-180C3P, il forme un système de renforcement composite.