Horse Construction offers full range of structural strengthening materials with technical supports, documentation supports, products supports, project supports.
External bonding and reinforcement, a unidirectional carbon fiber fabric is spread on the surface to improve the bending and shear strength of the component.
For near surface mount applications, where a carbon plate or tape is inserted into a groove with cement grout or epoxy adhesive.
For external post-tensioning applications, with the help of the latest anchoring system, carbon fiber can be installed under the concrete element.
Carbon fiber reinforcement has become an increasingly popular structural strengthening reinforcement method in the concrete repair industry. This is because it has the ability to solve structural defects caused by aging concrete components and external corrosion factors of existing buildings and bridges.
In the case of building structures that require additional structural reinforcement, carbon fiber reinforcement is an efficient measure that can be used. The woven combination of carbon fiber materials provides greater strength to mass ratio and increased flexibility. Therefore, as a far superior method, the structural support ratio is greater than structural steel.
In addition, carbon fiber reinforcement is a cost-effective method of structural reinforcement, because during the installment period, carbon fiber reinforcement has little interference with the original service of the building. As a material less affected by corrosion, carbon fiber is a durable and long-term structural reinforcement method.
1. Flexural reinforcement of beams, floor joists and floor slabs
The strengthening system can use carbon fiber pultruded plates.
The reinforcement system can adopt materials such as carbon fiber, glass fiber, basalt fiber or steel fiber cloth.
2. Shear reinforcement of beams
The reinforcement system can adopt materials such as carbon fiber, glass fiber, basalt fiber or steel fiber cloth.
3. Limitations of the column
Compressive strength and ductility can be improved.
Ductility can be improved
4. Joint reinforcement of bending and axial force of foundation piles
The reinforcement system can be formed by the following operations:
Bending and axial load strengthening
Fixed rope
Column limitation
5. Reinforced frame: limitation of column-beam connection
The reinforcement system can be formed by the following operations:
Shear strengthening
Improve the shear strength of the column-beam joint
Column end restriction
Beam end shear reinforcement
6. Seismic protection of non-structural partition walls
Formed a strengthening system.
7. Buffer wall anti-overturning system
Formed a strengthening system.
8. Floor anti-collapse system
Formed a strengthening system.
9. Reinforce the outer surface of the floor
Formed a strengthening system.
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High strength, unidirectional carbon fiber fabric pre-saturated to form a carbon fiber reinforced polymer (CFRP) fabric used to strengthen structural concrete elements.
High strength, unidirectional carbon fiber sheet pre-saturated to form a carbon fiber reinforced polymer (CFRP) sheet used to strengthen structural concrete elements.
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