Retrofitting of concrete structures has become increasingly dominant in structural engineering applications. Such uses include increasing the load capacity of existing structures (such as existing parking garages) that were designed to tolerate far lower service loads. Other uses include seismic retrofitting, and repairing of damaged concrete structures. Retrofitting with CFRP in many instances can be a cost effective method of structural concrete strengthening. CFRP is also widely used to strengthen concrete structures that have lost reinforcing steel mass due to corrosion and concrete deterioration.



Features:

light weight

non-corrosion, available at any length, very high tensile strength



Installation process:

1. clean and smooth the surface of basements

2. put the primary epoxy glue to the basements

3. with repair glue to fix any hole of them

4. brush the impregnated epoxy glue

5.put the carbon fiber cloth fabric to them as design

6. put impregnasted epoxy glue to its face

7. put the right size sand to protect them from any of damage

Application:

construction building

bridge reinforcement

chimney retrofitting























































































 

Specification and quotation for carbon fiber sheet
ITEM	MKT-I(MKT)	MKT-II(XK)	AN
Materials	Toray	Toho	Tairy	Tairy
Thickness (mm)	0.*1/0.**7	0.*1/0.**7	0.*1/0.**7	0.*1/0.**7
Weight (g/㎡)	**0/**0	**0/**0	**0/**0	**0/**0
Width (mm)	**0, **0, **0, **0, **0, **0, **0 or other on required
Carbon fiber type	1K, 3K, 6K, 8K, *2K, *5K
Tension strength (MPa)	≥***0	≥***0	≥***0	≥***0
Elongation (%)	≥1.7	≥1.6	≥1.5	≥1.4
Elastic modulus	2.4**0^5MPa	2.3**0^5MPa	2.1**0^5MPa	2**0^5MPa
Packing (m/Roll)	**0
Unit price
Payment term:	By T/T. *0% deposit in advance; *0% balance after the copy of bill of lading.
Delivery time:	About two weeks after we receiving your deposit.
Package information:	by carton. Your own brand or statement printing on the carton accepted.