A system used to repair and reinforce the structure of various materials made of carbon, glass and aramid fibers. Used for seismic reinforcement, underwater maintenance and building aging.

This is a high-resistance reinforcement system made of carbon, glass and aramid fibers combined with high-resistance and high-density resins. The structure can be reinforced uniformly to form a laminate on the outer layer of the element. These laminates can be: concrete, steel, bricks, blocks, wooden structures, and so on.

The most common jobs applicable

• Reinforcement of columns, concrete slabs and steel beams

• Cracks and cracks injected into concrete or steel

• Repair silos, ponds, pipes, chimneys or pipes

• Repair wooden structure

• Seismic repair of load-bearing components

• Underwater structural parts repair

• Advanced fire protection surface protection

This modern system has been implemented for the reinforcement of bridges and buildings around the world. Strict structural and durability tests have been carried out to win recognition and recognition all over the world.

The main advantages of carbon fiber reinforcement

• Compared with its huge contribution to structural reinforcement, it adds very little weight.

• It is not corrosive and has high resistance to chemical corrosion and fire

• Easy to use in hard-to-access areas, carbon fiber fabric can be cut to a certain size

• A variety of functions to adapt to various geometric shapes

• Convenient transportation

• Light, 1mm thick

The main use of carbon fiber for structural reinforcement

• The change in the use of the building implies a change in furniture or the number of people living with furniture

• Strengthen the joints or cracks of structural elements

• BT/JT connection

• Super anchor

• Corrosion to steel or other metals

• The explosion eased.

• Increased structural load

• Repair broken pipe

• Underwater structure sheath

The place where the rebar is mainly applied is usually applied in the beam, which can increase the resistance to tensile and compressive forces, the stiffness of the beam, the column that increases the stiffness, and the plate that increases the strength and stiffness.