About Fiber Reinforcing Services
BOND-STST-101
HIGH PERFORMANCE CARBON FIBRE STRUCTURAL STRENGTHENING SYSTEM
STST-101 is a high performance super strengthening seismic retrofitting systems. It increase flexural, shear, Fatigue, Resistance.
SYSTEM STEP :
- Surface preparation
- Application of Bond & Bond AC-501 (Rust Convertor) on rusted steel bar.
- Application of Bond & Bond EP-2216 (Epoxy + Hardener) low viscous 100% solid material for grouting in crack.
- Application of Bond & Bond EP-2214 (Epoxy + Hardener) low viscous 100% solid priming coat.
- Application of Bond & Bond Ind Seal Epoxide putty for sealing and rendering the substrate.
- Application of EP 2214.
- Lay up the Carbon fiber required sized. (Apply 2ndcoat it required)
- Apply EP 2214 & sealer coat of pp 302/plaster.
USAGE:
- Infrastructure repairs
- Structural Strengthening
- Blast resistance
- Seismic retrofitting
PROPERTIES :
- Light weight
- Easy application, no equipment require.
- Tailerability
- Increased flexural, Shear, Failure resistance & ductility.
Specification
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Equipment
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Floor Coating and Mortars
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Applications
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Pickling and Plating Tanks, Chemical Piping Systems, Fume Ducts and Scrubbers, Sewer Pipe
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Versatile On-Site Fiber Reinforcement SolutionsOur services are available nationwide, addressing unique structural and protective needs for various industries. We conduct on-site application to ensure a perfect fit for your project. Whether you require a smooth or textured finish, our experts employ high strength epoxy or resin adhesives that guarantee optimal bonding and longevity. Each project receives careful assessment to customize thickness and reinforce surfaces against wear, corrosion, and high temperatures.
Comprehensive Support and Compliance AssuranceWe offer end-to-end project consultation and robust after-sales support to ensure client satisfaction. Our services strictly adhere to IS/ASTM safety norms, ensuring reliable and compliant solutions every step of the way. Customers can request warranties for additional peace of mind. We are committed to quality from concept through installation, supporting our clients across India with unparalleled expertise.
FAQs of Fiber Reinforcing Services:
Q: How is fiber reinforcement installed on-site for different project requirements?
A: Our skilled team evaluates the project location and requirements, then applies fiber reinforcement directly at your site. We customize the process, including surface preparation, adhesive selection (high strength epoxy or resin), and thickness adjustment, ensuring the best results for each unique project.
Q: What types of surfaces and finishes can be achieved with your fiber reinforcing services?
A: We can reinforce a wide variety of surfaces, offering either smooth or textured finishes. Our team recommends the finish type best suited to your operational needs, providing a balance between aesthetics and functional performance.
Q: When is it recommended to use customizable thickness in fiber reinforcement?
A: Customizable thickness is ideal when specific structural strength, durability, or environmental resistance is needed. Our experts assess the project to determine the optimal thickness, ensuring the reinforcement meets both technical and safety requirements.
Q: Where can your fiber reinforcing services be availed in India?
A: Our services are available pan India. As a manufacturer, distributor, supplier, service provider, and trader, we cater to projects in all regions, ensuring timely execution and support wherever your facility is located.
Q: What is the process for consulting and beginning a fiber reinforcing project with you?
A: We begin with an in-depth consultation to understand your projects needs and evaluate site conditions. After assessment, we propose a suitable reinforcement plan, coordinate logistics, and execute the on-site application with comprehensive after-sales support.
Q: How does fiber reinforcement benefit buildings exposed to high temperature and corrosive environments?
A: Our fiber reinforcement services use materials with excellent corrosion resistance and temperature tolerance up to 200C. This extends the lifespan of your structures, protects them against chemical or environmental damage, and reduces long-term maintenance costs.