Our company specializes in reinforcing services across China, including carbon fiber fabric reinforcement, carbon fiber plate reinforcement, aramid fiber fabric reinforcement, steel structure and civil engineering structure reinforcement. We are a high-tech comprehensive enterprise focusing on structural reinforcement, integrating reinforcement construction with reinforcement material development. The company provides comprehensive reinforcement services for construction projects, transportation projects, and water conservancy projects, and undertakes reinforcement projects such as carbon fiber fabric, carbon fiber plate, aramid fiber fabric, steel structure, and civil engineering structure reinforcement nationwide.
Characteristics of carbon fiber cloth
High strength, low density, thin thickness, essentially does not increase the weight and cross-sectional size of reinforcing components.
2. Broadly applicable, suitable for reinforcement and repair of various structural types and shapes, such as buildings, bridges, tunnels, and structural reinforcement for seismic fortification and node reinforcement.
3. Easy to install; no need for heavy machinery, no wet work, no need for fire, no need for fixed on-site facilities; minimal site occupation, high efficiency in construction. High durability; due to resistance to rust, it is particularly suitable for use in environments with high acidity, alkalinity, salt, and atmospheric corrosion.
4. Suitable for reinforcement and repair of various structural types and components, such as beams, slabs, columns, trusses, pier caps, bridges, cylinders, shells, and other structural elements.
5. Suitable for reinforcement and seismic fortification of concrete structures, masonry structures, and wooden structures in port engineering, hydroelectric and water conservancy projects, particularly well-suited for complex structures with curved surfaces and joints.
6. The minimum strength requirement for the basic concrete is not less than C15. The construction environment temperature should be within 5-35°C, with relative humidity not exceeding 70%.

Xinzhou Grade 1 Carbon Fiber Fabric Manufacturer


When it comes to structural reinforcement, the first thing that comes to mind for many is the use of rebar bonding, which is one of the methods for reinforcing buildings. During the process of bonding rebars to a structure, the bonding adhesive is an indispensable reinforcement material, playing a crucial role in the reinforcement process. There are specific requirements for the bonding adhesive when reinforcing a building, as it is a vital component of the reinforcement construction.
Reinforcement epoxy not only needs to be of high quality but also should be used in conjunction with reinforcing materials. So, how do you choose the appropriate reinforcement epoxy for the reinforcement process? Let's dive in and find out:
One, Performance of Reinforcement Adhesive The performance of the reinforcement adhesive is a crucial factor to consider when making a purchase. There are many substandard reinforcement adhesives on the market, which do not yield satisfactory construction results. Only high-quality reinforcement adhesives can ensure the effectiveness of the reinforcement and reinforcement process.
Section II: The Environmental Friendliness of Reinforcement Adhesives Over the years, the "green concept" has garnered increasing attention. Now, many property owners demand the use of environmentally friendly reinforcement materials during the anchoring process. This is because some buildings have been constructed without environmentally friendly materials, resulting in a significant release of harmful gases post-construction. These gases not only compromise the living environment of the owners but also pose health risks. Therefore, the selection of reinforcement adhesives must possess environmental performance to ensure that the living environment post-construction remains unaffected.
Three, Grout Adhesive Quality: The quality of grout adhesives on the market varies greatly, as does the price. The selection of grout adhesive must be accurate, as good grout adhesive can ensure the quality of reinforcement, better perform during construction, and enhance project efficiency.


Apply primer adhesive. Mix the base and hardener in a ratio of 3:1 (or other specified ratio) by placing the base and hardener sequentially in the container, measured by a spring scale, and stir evenly with an electric mixer. Determine the amount based on the actual site temperature and strictly control the application time. Generally, use it up within 1 hour. Apply the primer evenly to the concrete surface using a roller brush. After the adhesive cures (curing time depends on the site temperature, touch dry as a standard), proceed to the next stage. The usual curing time is 2-3 days. Leveling. Fill in concave areas of the concrete surface and fill in the areas with height differences, such as at template joints, to minimize height differences. At the corners, also process into smooth circular arcs with a radius not less than 30mm. Bond carbon fiber fabric. Cut the carbon fiber fabric to the required size and number of layers according to the design specifications. Mix and apply the surface adhesive (same method as the primer), then apply it evenly to the areas to be bonded, applying more to overlaps and concrete corners. Bond the carbon fiber fabric, remove the release paper after confirming the bonding area, and roll it repeatedly along the fiber direction with a special roller to remove bubbles and ensure the adhesive is fully absorbed into the fabric. Repeat the above steps for multi-layer bonding, and proceed to the next layer when the surface of the fiber fabric is touch dry. Apply the surface adhesive evenly to the surface of the last layer of carbon fiber fabric. The overlap length of the fabric along the fiber direction should not be less than 100mm. Secure the ends of the fabric with transverse fiber fabric or steel adhesive for protection and reinforcement. The surface of the reinforced fiber fabric should be protected with plaster or fire-retardant paint.

Our company adheres to the quality policy of "Completing a project, establishing a reputation, securing a market, and casting a project," and dispatches a well-organized project management team with high technical qualifications and scientific management to carry out construction. We utilize advanced construction equipment and excellent construction techniques to optimize the construction plan. Construction is strictly carried out in accordance with local technical regulations, equipped with ample machinery and equipment, and staffed with disciplined and technically proficient work crews to enhance the company's work quality and efficiency, ensuring the project timeline and quality.