PRODUCTS
◉ The perfect combination of extreme lightness and ultra-high strength
◉ Superior environmental adaptability and durability
◉ Precision manufacturing and quality assurance
◉ Comprehensive, in-depth customization services
◉ Commitment to green manufacturing and sustainable development
Product Detail
Product Features
It has low viscosity, good wettability, strong permeability, and can penetrate well into the pores of concrete surface.
It has good compatibility with carbon fibre.
The physical and mechanical properties of the cured adhesive layer are excellent, strong and have a certain degree of elasticity.
The comprehensive performance is excellent anti-aging, acid and alkali resistance, good water resistance, does not contain volatile solvents, safe and non-toxic.
Scope of Application
Carbon fibre pasted in concrete, masonry and wood elements is mainly used in reinforcement to resist tensile forces, and is generally applied to tensile areas of flexural members and beams, shear areas of beams and columns, and perimeter bundles of columns or bridges.
Proportion of Glue
Ratio of dispensing rubber for groups A and B: 2:1
Workflow
Concrete Surface Preparation - Priming - Levelling - Carbon Fibre Cloth Adhesion - Curing and Maintenance - InspectionI. First,Concrete surface treatment
Concrete surface should be chiselled away from the whitewash layer, grease, dirt, and then use the angle grinder to grind away 1-2mm thick surface layer, concrete component corners should be chamfered to deal with the grinding is completed with compressed air to blow clean floating dust, and finally wipe the surface with cotton cloth dipped in acetone to keep it dry and standby. If there are cracks in the concrete to be reinforced, it should be filled with Juntendo cans and then reinforced.
Second, levelling construction
Precipitated concrete surface porosity defects should be used levelling adhesive fill level, the existence of recessed parts, will be prepared levelling adhesive with a scraper embedded scraping for repair and filling, template joints and other parts of the height difference between the application of levelling adhesive to fill to minimise the height difference. Corner of the treatment, the application of levelling adhesive will be repaired as a smooth arc, the radius is not less than 20mm. levelling adhesive shall be cured [curing time depending on the temperature of the site, in order to finger touch dry is appropriate, generally not less than 2 hours), Wan can then proceed to the next process.
Third, the primer construction
Construction, the primer A, B two components according to the prescribed proportion of glue weighing, pour into a clean container and mix well, mixing the best along the same direction, try to avoid mixing air bubbles. Brush or roller in the concrete surface evenly coated, after the glue surface dry, depending on the specific circumstances of multiple brush, but the thickness of the coating does not exceed 04mm, and shall not miss the brush or there is a flow, bubbles, such as curing glue (curing time depending on the temperature of the site, to the finger touch the dryness of the desirability of the general not less than 2 hours), and then proceed to the next process. Each time the preparation of the glue should be used up within the period of application of the glue.
Caveat
The construction environment is ventilated and dry, and the concrete surface is clean and free of oil.
Wear gloves, masks, goggles, helmets and other protective equipment during construction.
If it accidentally gets on the skin or clothes, use industrial alcohol and a lot of water to rinse.
If accidentally eaten or splashed into the eyes, seek medical advice immediately.
Company Profile
Leading technology
Full chain control
Corrosion resistance
Deep customization
International certification
Green intelligence
About
Enhancing
Enhancing Technology Co., Ltd. is a high-tech enterprise specializing in the research, development, production, and sale of high-performance carbon fiber and composite materials. The company is innovation-driven and committed to providing global customers with lightweight, high-strength, and corrosion-resistant carbon fiber solutions, which are widely used in aerospace, new energy vehicles, sports equipment, industrial equipment, and other fields.
Packaging Logistics
FAQs
How does your company ensure batch consistency for its carbon fiber products?
We ensure performance consistency through three core measures:
Full process control: We handle the entire production process in-house, from raw fiber preparation to finished product shipment, eliminating supply chain fluctuations.
Intelligent monitoring: Our German-imported production lines are equipped with online quality inspection systems (porosity detection accuracy ±0.5%).
Dual verification: Each batch of products undergoes simultaneous testing by our internal laboratory (CNAS-certified) and third-party testing agencies (such as SGS).
Can you customize carbon fiber composite materials that can withstand high temperatures of 300°C?
Absolutely. We have successfully delivered customized solutions, including:
High-temperature type: Polyimide-based prepreg (long-term temperature resistance of 300°C)
Ultra-high-strength type: T1100-grade carbon fiber/epoxy composite material (tensile modulus of 320 GPa)
Special forms: 3D woven irregular parts, conductive modified fibers, etc.
(We recommend providing specific parameters; our materials engineers will provide a solution within 24 hours.)
Are there any actual aviation application cases? How can I obtain certification data?
We provide triple verification support:
Application evidence: A certain type of commercial aircraft vertical wing component (28% weight reduction, verified through 20,000 hours of flight testing)
Certification documents: AS9100D system documents/NADCAP inspection reports can be provided (after signing an NDA)
Sample testing: Standard samples are provided free of charge (shipping costs apply), and customer self-testing is supported.
Is carbon fiber more environmentally friendly than traditional materials?
Yes, our carbon fiber products have significant environmental advantages:
Cleaner production: solar power reduces energy consumption by 40%; innovative processes achieve zero wastewater discharge.
More energy efficient: lightweight design improves vehicle range by 6-8%; 50-year ultra-long service life reduces resource waste.
Recyclable: provides more than 85% material recycling services; developing a new generation of recycling technology.
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