Purpose: CFRP structure supporting the use of plastic become carbon fiber composite materials for reinforced concrete structures, wooden structure, which can effectively improve the bearing capacity, seismic performance and durability member. Engineering problems dealing with the following outstanding options: 1, building use load increase; 2, works using functional changes; 3, material aging; 4, concrete strength grade is lower than the design value; 5, structural cracks handling; 6, bad Environmental service component repair, protective. Other uses: satellites, aircraft, rockets, sporting goods, industrial products, and many other fields. Features: 1, high tensile strength carbon fiber, steel 10-15 times higher than normal; 2, acid, corrosion-resistant, suitable for service in harsh environments; used in conjunction with a structural adhesive, can prevent harmful media infiltration, internal structure play a protective role; 3, the proportion is 23% of steel, substantially increasing component weight, does not change the member section size; 4, flexible winding, for all types of surfaces, shaped reinforcement member is more significant advantage; 5, any cut, easy to paste, easy to guarantee construction quality. Without large-scale construction equipment, can be extended to any overlap bond, no fire operations, short construction period. Carbon fiber cloth Technical indicators carbon filament density (g / cm3) 1.8 beam yarn linear density (g / 1000m) monofilament number (root) 800 per bundle yarn yarn bundles containing 12,000 Model 12K Width (mm) 100,200,300 , 500,1000,1500 standing Specification (g / m2) 200,300 calculated thickness (mm) 0.111 (200g / m2), 0.167 (300g / m2) factory packaging (m / volume) 100 Tensile strength (MPa)> 3400 modulus of elasticity (MPa)> 210000 Elongation (%)> 1.5 Precautions direct contact with the human body scraps irritating CFRP CFRP instructions and supporting structural adhesives are used in conjunction with a high-performance composite materials. Carbon fiber reinforcement process: component surface treatment → Paste surface repair leveling (if smooth, this step can be omitted) → primer rubber → unloading (according to the actual situation and the design requirements, this step may be omitted) → configuration surface glue and cutting Paste CFRP CFRP → → → → inspection curing surface treatment component maintenance 1. 2. Paste the surface repair leveling (if smooth, this step can be omitted) 3. Configure primer 4. unloading (according to the actual situation and the design requirements, This step may be omitted) 5. Configure surface glue and cutting CFRP curing 6. 7. 8. Paste CFRP 9. Maintenance Inspection