We offer: Reinforcement with rebar, steel plate bonding, crack 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, reinforced column angle steel grouting, etc.; produce: rebar bonding adhesive, steel plate bonding adhesive, grouting adhesive, crack filling adhesive, carbon fiber adhesive, carbon fiber fabric, sealant, repair adhesive; warmly welcome all to discuss and cooperate.
Carbon fiber reinforcement technology utilizes carbon fiber fabric and structural adhesive to reinforce building components. The strength of the carbon fiber fabric used in this technology is about 10 times that of ordinary grade 2 steel. It boasts high strength, low weight, excellent corrosion and durability resistance, and does not significantly increase the cross-sectional area of the components. It allows the carbon fiber fabric to work together with the original components, making it a novel reinforcement method.
One, Reinforcement Construction Basis: 1. Reinforcement drawings; 2. Reinforcement construction plan
Section Two: Reinforcement Projects: Increased Section Reinforcement, Concrete Replacement Reinforcement, External Prestressed Reinforcement, External Steel Bonding Reinforcement, Carbon Fiber Reinforcement.

Tieling Carbon Fiber Fabric for Structural Reinforcement - Wholesale Price of 200g Carbon Fiber Fabric


The entire process of reinforcing with carbon fiber fabric is clear, which is conducive to shortening the overall construction time. For construction workers, the learning cost is relatively low, and no large-scale equipment is required during reinforcement, saving costs in this aspect. Additionally, the space requirements for the reinforcement site are not high, making it highly adaptable. Highlights of steel bonding reinforcement: Firstly, its construction method is more flexible.
For most issues in buildings, this method can be used for reinforcement. The flexibility of bonding steel plates is strong, making this reinforcement technique applicable to both steel and brick structures. Additionally, in terms of "construction cost," it offers a faster "construction" speed, ensuring efficient time management. Moreover, its materials are widely available in the market, significantly reducing the overall project cost, and providing good economic benefits.


In most cases, temperature cracks do not directly affect the structure's use, but if not addressed and repaired promptly, they can cause certain adverse effects on normal operation, even leading to the cracks becoming a significant issue, such as severe leakage in roofs or walls, or even the falling off of wall plaster. Typically, temperature cracks can be sealed using cement mortar, resin mortar, or cement grouting.
"After discovering cracks, the responsible parties such as planners and contractors should first determine the nature of the cracks to assess whether they are structural." The personnel from the Construction Quality Supervision Station said, "Once the nature of the cracks is established, the responsible party should communicate with the residents and then provide a detailed repair plan for the cracks."
1. The putty base, curing accelerator, and hardener are weighed in accordance with the specified proportions, placed into containers, and mixed evenly using a mixer.
2. Fill in any concave areas on the components with putty and smooth them to achieve a flat surface. When using putty for repairs, the temperature should be above -5℃ and the relative humidity should be less than 85%. After applying the putty, sand down any remaining high and low textures on the surface with sandpaper to achieve a smooth finish.
3. Apply the base adhesive / Spread the pre-mixed base adhesive (binder) evenly onto the concrete surface requiring bonding with a roller.
4. Prior to applying carbon fiber or carbon fiber materials, it is crucial to acknowledge that the surface can appear dull. No construction is to be carried out if the temperature is above -10℃ and the relative humidity (RH) is greater than 85% without effective measures. To prevent damage to the carbon fiber materials during transportation, storage, cutting, and application, use a steel ruler and wallpaper knife to cut the materials to the specified dimensions. The length of each piece should generally not exceed 6 meters. To avoid damage during storage, cut the materials according to the day's usage. The longitudinal joints of the carbon fiber must overlap by at least 500px. More resin should be applied to this area. Carbon fiber does not require overlapping in the transverse direction.

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