There are many kinds of structural strengthening materials, but the most important ones are their appearance, physical and mechanical properties. 

1. appearance, state, viscosity, construction performance and so on. Take carbon fiber fabric as an example:

We can see from the black color to determine the true carbon fiber. basalt fiber such as dyeing the carbon fiber compared to many dark, dry, and uneven dyeing is formed. Basalt fiber will fade, for example, if you use basalt cloth and 300g carbon fiber cloth to rub on your hands, you will find that the hand with carbon fiber cloth is clean and no trace. Basalt cloth will darken your fingers and itch.

2. physical properties: density, filling rate, correlation with water, thermal performance and so on.

Such as crack injection adhesive, low density, not only fluid injection, but also can pour more cracks and reduce costs because of small density and large volume units.

3. mechanical properties: mechanical strength, such as tensile, pressure, bending strength and elastic modulus and so on.

Such as high elastic modulus, high strength carbon fiber reinforced polymer fabric with proper elongation, shear strength, which give full play to the performance of carbon fiber, and then play the role of structural reinforcement.

4.bonding property, mechanical properties, bond strength and so on, and the durability and aging resistance of bonded materials.

Horse Construction reinforcement material from the raw material control, layer control, road detection, to ensure that the durability of materials over 50 years.