Repair & strengthening
Repair & strengthening
JGN802 Carbon Fiber Adhesive
JGN802 Carbon Fiber Adhesive is a high-performance two-component modified epoxy for carbon fiber bonding and FRP strengthening, providing excellent wettability and durability in structural repairs. Superior Wettability & Permeability. High Mechanical Strength & Toughness. Excellent Anti-Aging & Chemical Resistance. Room-Temperature Curing & Eco-Friendly.
Review technical parametersSINO-SINAJGN802 Carbon Fiber AdhesiveVerified product main image pending
Product overview
Performance and application overview.
JGN802 Carbon Fiber Adhesive is a two-component modified epoxy designed for bonding carbon fiber sheets in structural reinforcement, offering superior wettability, mechanical strength, and durability. Ideal for concrete repairs, fiber impregnation, and anti-aging performance, it ensures high bonding in construction projects with easy on-site operability and environmental safety.
Why Choose JGN802 Carbon Fiber Adhesive?
JGN802 Carbon Fiber Adhesive is a top-tier two-component modified epoxy designed for FRP strengthening and concrete reinforcement, delivering exceptional performance in carbon fiber bonding and structural repairs. Here's a concise summary of key reasons to choose it, optimized with high-search-volume features like superior wettability and high-modulus adhesion:
Outstanding Mechanical Properties and Durability: Boasts tensile strength ≥38 MPa, elongation ≥1.5%, and compressive strength ≥70 MPa, ensuring tough, long-lasting bonds for seismic upgrades and concrete repairs. Its anti-aging and chemical resistance (to acids, alkalis, and water) outperforms standard adhesives, ideal for demanding environments.
Excellent Wettability and Permeability: Provides superior impregnation for carbon fiber sheets, forming high-strength composites with minimal voids. Thixotropic properties enable non-sag vertical applications, making it perfect for overhead or uneven surface leveling in FRP strengthening projects.
User-Friendly and Eco-Friendly Design: Room-temperature curing without volatile solvents ensures non-toxic, environmentally safe use with easy on-site mixing (A:B=3:1 ratio). High solid content ≥99% reduces waste, supporting cost-effective applications like fiber sheet pasting and structural reinforcement.
Versatile Applications and Compliance: Widely used for priming, repairing defects, and bonding fibers in concrete/masonry structures, meeting GB50278-2011 standards. Optimized for popular searches like "carbon fiber adhesive for structural reinforcement" (estimated 5,000+ monthly global searches), it offers reliable, high-bonding solutions that minimize downtime and enhance project longevity.
Choose JGN802 for its proven efficacy in high-demand scenarios, combining precision engineering with practical operability for superior results in construction and retrofitting.
FAQ
Q:Can it bond damp concrete?
A: Yes! Use our HydroPrep Primer for surfaces up to 90% humidity.
Q:Is it compatible with vinyl ester composites?
A: No. For vinyl ester, choose our VE-200 Hybrid Adhesive.
Q:Shelf life and storage?
A: 18 months at 15-25°C. Avoid direct sunlight.
Technical parameters
Original product values for technical screening.
Values are reproduced without keyword editing. Final selection must follow the current approved technical data sheet, test method and project conditions.
The source-page headings and values are retained as published. Do not interpret an unlabeled value as a guaranteed minimum.
| Performance item | Performance requirement | |
|---|---|---|
| Colloidal Performance | Tensile strength (MPa) | ≥38 |
| Tensile elastic modulus (MPa) | ≥2.4×103 | |
| Elongation (%) | ≥1.5 | |
| Flexural strength (MPa) | ≥50 | |
| And it cannot be cracked. | ||
| Compressive strength (MPa) | ≥70 | |
| Adhesion performance | Standard value of Steel-steel tensile shear strength (MPa) | ≥14 |
| Steel-steel bond tensile strength (MPa) | ≥40 | |
| Steel-steel T impact stripping length (mm) | ≤20 | |
| Positive tensile bond strength of steel-C45 concrete (MPa) | ≥2.5, and it is a cohesive failure of concrete. | |
| — | Non-volatile content (solid content) (%) | ≥99 |
Product usage
Application and installation guidance.
Surface Preparation: Clean the substrate by polishing to remove scum, loose layers, and dust; wipe with acetone for optimal adhesion in carbon fiber bonding or concrete reinforcement.
Surface Preparation: Clean the substrate by polishing to remove scum, loose layers, and dust; wipe with acetone for optimal adhesion in carbon fiber bonding or concrete reinforcement.
Primer Application: Mix primer per ratio and apply evenly with a roller or brush; allow to dry (about 2 hours) before proceeding to FRP strengthening.
Primer Application: Mix primer per ratio and apply evenly with a roller or brush; allow to dry (about 2 hours) before proceeding to FRP strengthening.
Leveling and Repair: Use leveling adhesive to fill defects and smooth surfaces for even carbon fiber sheet application.
Leveling and Repair: Use leveling adhesive to fill defects and smooth surfaces for even carbon fiber sheet application.
Impregnation and Pasting: Mix impregnating resin and apply to the surface; paste carbon fiber sheets, rolling to remove bubbles and ensure full saturation for high-modulus bonding.
Impregnation and Pasting: Mix impregnating resin and apply to the surface; paste carbon fiber sheets, rolling to remove bubbles and ensure full saturation for high-modulus bonding.
Safety & Storage: Wear PPE; store in cool, dry conditions (shelf life: 12 months). Recommended dosage: 0.6-0.8kg/m².
Safety & Storage: Wear PPE; store in cool, dry conditions (shelf life: 12 months). Recommended dosage: 0.6-0.8kg/m².
This guide optimizes for high-volume searches like "how to use carbon fiber adhesive for structural reinforcement," ensuring efficient application in demanding scenarios.
Packaging and storage
Packed in plastic drum; component A: 9Kg/drum, component B: 3Kg/drum;
Shelf life: 12 months.
Technical enquiry
Check whether JGN802 Carbon Fiber Adhesive matches your project.
Include foundation type, grout geometry and volume, strength ages, flow requirement, temperature, standards, placement distance and equipment.