1. Uni-directional Carbon Fiber Laminate: This type is commonly utilized for enhancing beams, plates, and columns. It’s particularly beneficial in scenarios where structural load is primarily directional. Its application significantly boosts the bending and shear resistance of reinforced concrete structures.
2. Prepreg Carbon Fiber Laminate: Widely employed in high-precision strengthening tasks such as bridge rehabilitation and seismic retrofitting. These projects necessitate precise regulation of fiber and resin proportions, which this laminate type effectively provides.
3. Pultruded Carbon Fiber Laminate: Frequently deployed in infrastructure reinforcement including bridges, tunnels, and skyscrapers. Its standout features include exceptional load-bearing and corrosion resistance capabilities. The uniform cross-section design ensures consistent mechanical attributes, making it ideal for critical infrastructure initiatives.
4. Thin-ply Carbon Fiber Laminate: Especially advantageous in applications demanding lightweight strengthening solutions. This includes historical building preservation and architectural embellishment projects. These laminates enhance crack resistance and load distribution while adding minimal structural weight.
5. High Modulus Carbon Fiber Laminate: Typically selected for long-span bridges, high-rise constructions, and critical load-bearing frameworks where structural rigidity is key. It offers superior durability and reduces long-term maintenance demands.
