What Are The Advantages Of Carbon Fiber Cloth With Excellent Physical And Mechanical Properties?

Carbon fiber cloth manufacturers remind consumers that when using carbon fiber cloth, we can pay attention to its physical properties. Our consumers will inevitably neglect its own advantages in the process of using carbon fiber cloth. Today, our manufacturer will introduce to you the advantages of carbon fiber cloth. Are there any advantages to excellent physical and mechanical properties?

Unidirectional carbon fiber cloth refers to a carbon fiber cloth with a large number of carbon fiber filaments in one direction (usually the warp direction), and a small amount and usually thin carbon fiber filaments in the other direction, so all the strength of the cloth is in the same direction. .

1. The construction quality is easy to guarantee

Because the carbon fiber cloth is soft, it guarantees 100% effective adhesion even if it is reinforced on objects with uneven surfaces. If there are air bubbles on the surface of the paste, the air can be easily driven away by injecting the paste with a syringe, but it is difficult to paste the steel plate.

2. Convenient construction

There is no wet work, no large construction equipment, no on-site fixed facilities. The carbon fiber cloth can be cut arbitrarily, the construction is simple, and the construction period is short.

3. Thin thickness and light weight

After pasting, the weight per square meter is less than 1.0kg (including glue weight), and the thickness of a layer of carbon fiber cloth is only 0.111mm/0.167mm. After repairing, there is basically no increase in weight and external dimensions.

4. Wide application

Bonding carbon fiber cloth for reinforcement and repair can be widely used in various types and shapes of concrete structures without changing the shape of the structure and without affecting the appearance of the structure.

Carbon fiber cloth has excellent physical and mechanical properties, the tensile strength is 7-10 times higher than that of ordinary steel, and the elastic modulus is close to that of steel, which is very suitable for the reinforcement and repair of reinforced concrete.

The carbon fiber with extremely high tensile strength is pre-impregnated with epoxy resin to become a composite reinforced material (unidirectional continuous fiber); the epoxy resin adhesive is pasted on the structure to be reinforced along the tensile direction or perpendicular to the direction of the crack. A new composite body is formed so that the reinforced adhesive material and the original reinforced concrete can be stressed together to increase the crack resistance or shear resistance of the structure, and improve the strength, rigidity, crack resistance and extensibility of the structure.