Prestressed CFRP Laminate Reinforcement System Can Solve These Problems

Traditional structural reinforcement methods are highly competitive and not competitive?

New technologies and new materials have not been recognized, and it is difficult to promote them?

Carbon fiber can't solve it, and can't it be reinforced with other concrete structures?

Without new materials and new technologies, there are fewer options for reinforcement?

Have concerns about carbon fiber reinforcement technology, and worry that the effect will not be good?

Carbon fiber does not fully exert its performance, other solutions?

Let's take a look at Prestressed CFRP Laminate Reinforcement System's actual application cases:

excellent! ! !

With such excellent performance, how does the Horse prestressed carbon plate reinforcement system do it?

The first measure: change passive reinforcement to active reinforcement

Let the old and new components bear the force together

Give full play to the high-strength performance of carbon fiber laminate

Solve stress hysteresis

The second measure: high-quality and easy-to-use anchor system

Carbon plate damage is small, clamp clamping force is large

No bond failure between prestressed carbon plate and concrete

Great tensile force, no peeling damage

The system is safer and more durable, and is not affected by structural adhesive aging problems

It can be stretched twice, and then reinforced is more time-saving, worry-free, and money-saving

The third measure: exclusive carbon plate system

Heat uniformly without deviation, fully cured

More stable strength, unique formula

The compounding is more sufficient, and the infiltration time of the resin carbon fiber is shortened

3 functional groups curing resin, better performance

Better straightness and smoother surface

Carbon plate stress is small, construction is safer

The Horse prestressed carbon plate reinforcement system can essentially solve the problem of bridge cracks, delay the occurrence of cracks, reduce bridge cracks, and even eliminate them; it not only improves the bearing capacity, but also improves the rigidity, which can do multiple things in one fell swoop.