This document describes carbon fiber laminate products for structural strengthening. The laminates come in various thicknesses from 1.2mm to 3.0mm and are made of carbon fiber reinforced polymer. They are precured and bonded onto structures using epoxy resin to provide external reinforcement. Key advantages are short installation time, light weight, corrosion resistance, and cost effectiveness compared to other retrofitting methods. The manufacturer uses an automated process to ensure even curing and tension of the carbon fibers in the laminates. The laminates can be used to reinforce beams, slabs, walls, and other structural elements in buildings, bridges, tunnels and other infrastructure projects.

1. Carbon Fiber Lamiante
For Structural Strengthening

2. • Thickness:1.2mm, 1.4mm, 2.0mm, 3.0mm
• Density: 1.6g/cm³
• Packing: 100 meters/roll
• Width: 50mm, 100mm or to be customized.

3. • Carbon fiber reinforced polymer(CFRP) strip/plate/laminate is pre-
cured composite laminates, bonding onto the structure as externally
reinforcement using HM-120CP epoxy resin as the adhesive.

4. • Carbon fiber laminate/strip/plate strengthening systems for strengthening, repair
and rehabilitation of masonry, concrete, steel and wooden structures.

5. Advantages of CFRP Plate Strengthening
• Short construction period
• No maintenance required
• Easy installation, low installation cost
• Light weight, no influence to original structure
• Corrosion resistance, long-term effect of 50 years
• Cost effective compared with other retrofitting method
• 1 layers of CFRP laminate is equivalent to 4-8 layers of CFRP fabric

6. Key Features of Carbon Fiber Laminate
• High strength, high modulus
• Light weight
• Easy to install
• Easy to check after construction
• Environmental friendly
• Outstanding fatigue resistance, alkali resistance, acid resistance

7. Carbon Fiber Plate Manufacturer
• Special formula, make epoxy resins and carbon fiber are compound sufficiently.
• Intelligent automatic temperature control system, make the carbon fiber and epoxy resin
heat evenly and curing sufficiently in mould cavity.
•Independent carbon fiber tow tension constant yarn shelf and large-tonnage hydraulic
traction system, ensure every carbon fiber is glabrous before into the mould cavity and
without broken after it out from the mould cavity. Keep tension, temperature, speed seriously
to ensure the laminates more smooth and straighter.
• Intelligent stress control system, make the carbon fiber evenly distribute before or after the
mould cavity, maximum avoid the stress of carbon fiber laminates after forming

8. Application Range
• Load increases
• Seismic reinforcement
• Improve structural state
• Damage of structural parts
• Change the structural function
• Remit mistakes in design and construction

9. Base Substrates
Concrete substrate
Steel substrate
Masonry substrate
Timber substrate

10. Structural Elements
• Beams strengthening
• Slabs strengthening
• Walls strengthening

11. Construction Field
• Civil buildings
• Bridges
• Tunnels
• Piers/wharfs
• Airports
• Highways, railways

12. Best Matched Epoxy System
HM-120CP carbon fiber plate adhesive, designed for HORSE carbon fiber plate.

13. How to Use CFRP Laminate
• Setting out according to design
• Polish the surface of concrete surface
• Prepare ingredients
• Applying adhesive
• Installation the carbon fiber strip
• Maintenance

14. TDS

15. Projects

16. carbon fiber fabric
prestressed CFRP laminate
Related Products

17. Shanghai Horse Construction Co., Ltd
Web : www.horseen.com
Email: info@shhorse.com