We undertake: Reinforcement with rebars, steel plate bonding, crack repair and reinforcement of buildings, carbon fiber 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, steel angle wrapping and grouting reinforcement of columns, etc.; produce: anchoring adhesive, steel plate bonding adhesive, grouting adhesive, joint filling adhesive, carbon fiber adhesive, carbon fiber cloth, sealing adhesive, repair adhesive; we warmly welcome all parties to discuss and cooperate.
Specific Construction Scope (1) Reinforcement Techniques: Reinforcement with bonding bars for beams and columns, addition of haunches for columns, horizontal bonding bars. Thicken walls with bonding bars. Reinforcement bars for structural layer headers. Horizontal bonding bars for beam extensions. Horizontal bonding bars for beam and slab overhangs, columns on beams with vertical bonding bars. Bonding bars for foundations and continuous walls. Bonding bars for precast beam repairs. Bonding bars for facade embedments, equipment fixation, etc. Anchoring for rock, brick masonry, etc. (2) Steel Bonding Reinforcement Technique: A method of reinforcement that increases the load-bearing and deformation capacity of a structure by bonding steel plates to the surface of concrete components using structural adhesive. Steel bonding reinforcement is a widely used and mature method with corresponding specifications. Features: Bend, tension, shear, and compression resistance; Application: Suitable for reinforcement of positive and negative bending moments in beams and slabs, shear capacity reinforcement of beams, and can directly increase load-bearing capacity. Carbon Fiber Reinforcement: A method of reinforcement that involves bonding carbon fiber materials to the surface of concrete components using matching adhesive materials. Features: Does not increase the structural dimensions or weight, enhances bending resistance, improves shear resistance, extends service life, increases load, and repairs cracks. Application: Suitable for bending capacity reinforcement of beams and slabs; load-bearing reinforcement of columns, and seismic reinforcement of structures. (3) Carbon Fiber Reinforcement Technique: Carbon fiber reinforcement involves bonding high-strength carbon fiber fabrics to the surface of the reinforced object using structural adhesive. Features: Light weight, high strength, high elasticity, corrosion resistance, easy construction, and no restriction on component shape. Main Application: Reinforcement and strengthening of beams, slabs, columns, and walls in buildings; structural reinforcement of bridges, bridge piers, bridge decks, tunnels, chimneys, and corrosion resistance reinforcement for beach buildings.

Yinchuan 300g Carbon Fiber Fabric - 300g Carbon Fiber Fabric Price


Carbon fiber reinforcement, as a new material, effectively enhances the overall quality and durability of construction components through the tensile strength of the carbon fiber itself. Moreover, it offers convenience and speed during construction, low construction costs, and low maintenance costs, thereby improving the properties of building materials and bringing about extensive economic and social benefits.
As research progresses further, its application prospects will become even broader. The application of carbon fiber in construction engineering should pay attention to the following aspects: (1) Future use of carbon fiber concrete will inevitably face significant changes in the construction field. New requirements for building structures will undoubtedly present new challenges to materials, and as a high-performance material, carbon fiber will undoubtedly play an increasingly significant role. Therefore, in future construction, the use of carbon fiber composite materials should be increased to enhance the overall quality of the project. (2) Focus on the application of carbon fiber materials Due to the high requirements of carbon fiber materials during the construction process, it is necessary to be aware that while ensuring construction quality, exploring new shapes and construction methods can greatly maximize the performance and value of carbon fiber, laying a foundation for future development. (3) A favorable application environment Strengthen the use and promotion of new carbon fiber materials, emphasize the scientific application of carbon fiber, and make it a trend. Encourage people to accept this new material, creating a favorable environment for its promotion. (4) Strict adherence to standards In the use of carbon fiber, it is essential to strictly comply with all standard requirements, including the use and construction standards for carbon fiber, particularly in the control of details during the construction process, to ensure construction quality.


Carbon Fiber Reinforcement Construction Process (Detailed construction methods can be found in the "Technical Zone" section of our website): Unload → Base Treatment → Apply Primer → Leveling → Paste → Protect. Prior to reinforcement unloading, the components to be reinforced should be unloaded as much as possible. Base Treatment. Areas with deterioration such as spalling, hollowing, honeycomb structure, and corrosion on the concrete surface should be chiseled off. For larger areas of poor quality layers, repairs should be made with mortar after chiseling. Cracks should be sealed first. Use concrete corner machines, sandpaper, and other tools to remove floatings, oil stains, and other impurities from the concrete surface. The concrete base surface should be ground smooth, especially the protruding parts on the surface should be ground flat. The corners for粘贴 should be chamfered and ground into a circular arc shape (R≥30mm). Use a blow dryer to clean the concrete surface thoroughly and maintain dryness.

Our company will adhere to the quality policy of "building a project, establishing a reputation, securing a market, and casting an engineering" by appointing a project management team with high technical qualifications and scientific management to carry out construction. We will utilize advanced construction equipment and excellent construction techniques to optimize the construction plan. Construction will be organized strictly in accordance with local technical regulations, equipped with sufficient machinery and equipment, and a disciplined, technically proficient workforce will be mobilized to enhance the company's work quality and efficiency, ensuring both the project timeline and the quality of work.