We offer: Reinforcement grouting, steel plate bonding, crack reinforcement of buildings, carbon fiber cloth reinforcement of buildings, seismic reinforcement of schools, bridge maintenance and reinforcement, tunnel reinforcement, factory building reinforcement, floor crack reinforcement, hotel renovation and reinforcement, carbon fiber reinforcement of structural beams and columns, angle steel encasement grouting reinforcement of columns, etc.; produce: anchoring adhesive, steel plate bonding adhesive, grouting adhesive, crack filling adhesive, carbon fiber adhesive, carbon fiber cloth, sealing adhesive, repair adhesive; warmly welcome all to discuss and cooperate.
Process Features: 1. Carbon fiber sheet material is lightweight, with a small thickness and density only 1/4 of ordinary steel; it adds minimal structural weight and has a tensile strength 10 times higher than ordinary steel, making it versatile for bending, shearing, and axial reinforcement. 2. Easy to install (no need for heavy construction equipment or materials), with no wet work involved, simple operation, and good economy. 3. Flexible, capable of wrapping complex-shaped components, suitable for various surfaces. 4. Resistant to alkali, corrosion, and acid, with good seismic performance, excellent fatigue resistance, and creep resistance under load. 5. Wide application range and short construction period.

Ganzi Carbon Fiber Reinforcement_What is the price per square meter of carbon fiber reinforcement fabric for reinforcement?


When it comes to reinforcement methods, the first that comes to mind are steel bonding and carbon fiber reinforcement. Since the calculation principles, formulas, and constraints for both steel bonding and carbon fiber reinforcement are the same, once it's confirmed that a component can be reinforced with either, how to quickly determine whether to use steel bonding or carbon fiber reinforcement?
Considering the selection of solutions from aspects such as basic principles and material characteristics: (1) The elastic modulus of structural deformation carbon fiber fabric is basically the same as that of steel plates, but the tensile strength of carbon fiber fabric is 8 times that of steel plates. Therefore, when the architectural structure undergoes significant deformation, it is recommended to use the method of reinforcing with bonded carbon fiber fabric. If the deformation capacity is smaller, there is a large difference in the bearing capacity of architectural components, and to reduce stress lag and ensure the full performance of the material, it is advisable to use steel plate reinforcement.
(2) In the case of the same reinforcement requirements, the cross-sectional area required for steel plate reinforcement is larger, which can significantly enhance the structural stiffness. If both have the same bending strength, the deflection and crack width of the bonded steel reinforcement are smaller compared to the bonded carbon fiber reinforcement.
(3) If the structure is in an anti-corrosion reinforcement environment, it is recommended to use carbon fiber cloth, as it has much better corrosion resistance than steel.


Carbon Fiber Reinforcement Construction Process (Detailed construction methods can be found in the "Technical Zone" section of our website): Unloading → Substrate Preparation → Priming → Levelling → Lamination → Protection. Prior to reinforcement unloading, the components to be reinforced should be unloaded as much as possible. Substrate Preparation. Areas with degradation phenomena such as spalling, hollowing, honeycomb, and corrosion on the concrete surface should be chiseled off. For larger areas of poor-quality layers, repairs should be made with mortar after removal. Crack areas should be sealed first. Use concrete corner machines, sandpaper, and other tools to remove the floating slurry, oil stains, and other impurities from the concrete surface. The concrete base surface should be ground smooth, especially the protruding areas on the surface should be flattened, and the corners for lamination should be chamfered and ground into a circular arc (R≥30mm). Use a blow dryer to clean the concrete surface thoroughly and maintain dryness.

The company boasts a professional team. We consistently uphold reasonable pricing, integrity, prompt service, and considerate care. Inken Reinforcement Materials is your reliable choice. In our continuous development, we always aim for technology, quality, and trustworthy service to meet the ever-evolving market and customer needs, contributing to the development and application of high-tech building reinforcement products!