Bidirectional carbon fiber cloth is made of high-performance T700-grade carbon fiber through bidirectional plain weaving process, with evenly distributed mechanical properties in warp and weft directions, which can meet the reinforcement requirements of multi-directional stress at the same time, adapting to the reinforcement scenarios of complex building structures. The product has a tensile strength of more than 4900MPa, an elastic modulus of about 240GPa, and a density of only 1.76g/cm³. Without increasing the self-weight of the structure, it can greatly improve the bending, shear and seismic performance of concrete components.

In the field of building reinforcement, bidirectional carbon fiber cloth can be used for crack control, bearing capacity improvement and seismic reinforcement of floors, walls, beams and columns, especially suitable for scenarios requiring multi-directional stress reinforcement. When matched with special epoxy resin impregnation adhesive during construction, it can realize efficient bonding with concrete substrates, with simple process, short construction period and no need for large equipment, effectively reducing construction costs.