Fairmate Carbon Wrap is a carbon fibre composite material that provides several benefits when used to reinforce structures. It achieves high tensile strength and modulus while remaining lightweight. It improves flexural strength, abrasion resistance, durability, and corrosion and crack resistance. Fairmate Carbon Wrap consists of a uniformly spread unidirectional carbon fibre sheet fused with a multi-axial glass fibre net, giving it excellent environmental shielding properties when applied to reinforce concrete structures.

1. FAIRMATE CARBON WRAP
CARBON FIBRE COMPOSITE

2. Benefits
 Achieves a high tensile strength and modulus
 Light Weight
 Does not needlessly increase the total weight of the reinforced
area
 Excellent durability, anti-corrosion and waterproofing effect
 Ease of application
 Economical
 Improves flexural strength
 Increases abrasive resistance reinforcement of cracks
reinforcement of circular structures

3. Product
FAIRMATE CARBON WRAP refers to a uniformly spread unidirectional
carbon fibre sheet fused together with a multi axial glass fibre net. As a
result of the superior tensile strength and rigidity, FAIRMATE CARBON
WRAP has excellent environmental shielding properties when applied.

4. Description
FAIRMATE CARBON WRAP is based on new technology designed to
completely guarantee the original structure's performance by increasing the
strength, durability and vibration resistance. FAIRMATE CARBON WRAP
is applied to deteriorated concrete areas on horizontally and vertically.

5. Properties
Kind of Fiber : High strength carbon
Fibre areal weight (g/m²) : 200
Sheet dimension (Wcm x Lm) : 50x50
Fibre density (g/cm3
) : 1.80
Design Thickness (mm) : 0.11
Standard Execution
Thickness (mm) : 0.45
Tensile Strength (kg/cm2
) : 390
Deformation Ratio at
Failure(%) : 2.1.

6. Properties
Kind of Fiber : High strength carbon
Fibre areal weight (g/m²) : 200
Sheet dimension (Wcm x Lm) : 50x50
Fibre density (g/cm3
) : 1.80
Design Thickness (mm) : 0.11
Standard Execution
Thickness (mm) : 0.45
Tensile Strength (kg/cm2
) : 390
Deformation Ratio at
Failure(%) : 2.1.