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• Technical data sheet:
HM carbon fiber mesh ↓

• Application video:
Carbon fiber mesh for structural strengthening

• Brochure:
Horse FRP strengthening system ↓

Documents

• Technical data sheet:
HM carbon fiber mesh ↓

• Application video:
Carbon fiber mesh for structural strengthening

• Brochure:
Horse FRP strengthening system ↓

Advantage of Carbon Fiber Mesh

• Light weight, only 1/5 of steel mesh, easier apply.
• High strength, single fiber strength is 5-7 times than normal steel
• Good toughness, suitable for unsmoothly or masonry surface
• Can apply in moisture surface
• Acid, alkali & salt resistance
• Can be used for shear strengthening, confinement strengthening, flexural strengthening
• Alkali Resistant

Advantage of Carbon Fiber Mesh

• Light weight, only 1/5 of steel mesh, easier apply.
• High strength, single fiber strength is 5-7 times than normal steel
• Good toughness, suitable for unsmoothly or masonry surface
• Can apply in moisture surface
• Acid, alkali & salt resistance
• Can be used for shear strengthening, confinement strengthening, flexural strengthening
• Alkali Resistant

Why Horse Carbon Fiber Mesh

Aviation Grade Yarn,
• Select the international high-quality aviation grade yarn, over 5000meters.
World Leading Production Line
• No damage to the yarn during the weaving process.
• Good compatiblity performance with any motar
• Various size for selects, and can be customized as per requests
Patented Tension Controling System
• Our own independent developed whole process tension controling system
Large production capacity
• 20 thousands square meters annual production capacity
• 10 thousand square meters regular daily stock

Why Horse Carbon Fiber Mesh

Aviation Grade Yarn,
• Select the international high-quality aviation grade yarn, over 5000meters.
World Leading Production Line
• No damage to the yarn during the weaving process.
• Good compatiblity performance with any motar
• Various size for selects, and can be customized as per requests
Patented Tension Controling System
• Our own independent developed whole process tension controling system
Large production capacity
• 20 thousands square meters annual production capacity
• 10 thousand square meters regular daily stock

Application Range

Carbon fiber mesh may be used to strengthen or retrofit a wide range of concrete, steel and masonry structural elements including columns, beams, slabs, walls, pier caps, piles, etc.
• Strengthen for increasing load capacity.
• Address changes in structural system, like slab openings and walls, beams or columns removal.
• Retrofit for seismic, wind or blast.
• Restore strength of structural elements damaged by fire or vehicle impact.
• Restore strength to deteriorated and corroded members.
• Strengthen for design or construction defects.

Application Range

Carbon fiber mesh may be used to strengthen or retrofit a wide range of concrete, steel and masonry structural elements including columns, beams, slabs, walls, pier caps, piles, etc.
• Strengthen for increasing load capacity.
• Address changes in structural system, like slab openings and walls, beams or columns removal.
• Retrofit for seismic, wind or blast.
• Restore strength of structural elements damaged by fire or vehicle impact.
• Restore strength to deteriorated and corroded members.
• Strengthen for design or construction defects.

How to use carbon fiber mesh

• Surface preparing
• Setting out
• Blending motar
• Interface coating
• CFN fixing
• Impregnated coating
• Applying impregnation adhesive
• Maintance
• Check gap or bubble

How to use carbon fiber mesh

• Surface preparing
• Setting out
• Blending motar
• Interface coating
• CFN fixing
• Impregnated coating
• Applying impregnation adhesive
• Maintance
• Check gap or bubble

 

 

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Horse Unidirectional Carbon Fiber Mesh's Data Sheet

TDS OF CARBON FIBER GRID.pdf


Basic Information
ModelHM-CFN

Appreance

Black fabric
Length50m 

Width

Regular width is 1000mm, other width can be customized.
Shelf Life 10 years
Storage Conditions Store in dry conditions at 40°F to 95°F (4°C to 35°C)
Braiding  0° (Unidirectional)
Areal Weight 200g/m2


Model

SpecificationStrength GradeWidth
HM-CFN100x100Unidirectional/BidirectionalMesh size 10x10High Strength Grade I≤1000mm
HM-CFN200x200Unidirectional/BidirectionalMesh size 20x20High Strength Grade I≤1000mm
HM-CFN350x350 BidirectionalMesh size 35x35High Strength Grade I≤1000mm
HM-CFN500x500BidirectionalMesh size 50x50High Strength Grade I≤1000mm


Typical Fiber Properties
Dry Fiber Typical Properities
Stand Value of Tensile Strength4900MPa
Tensile Elastic Modulus234GPa
Elongation1.70%
Carbon fiber grid performance
Tensile strength of the warp per unit of width  31KN/m      
Tensile strength of the weft per unit of width31KN/m
Elongation of the warp tow≥4%
Elongation of the weft tow≥4%
Interlaminar Shear Strength45MPa
Density1.82g/cm3
Fiber Thickness0.047mm



Application video: https://youtu.be/cjejx_0woG4



1. Surface Preparing:

Remove the coating of concrete surface with grinder. Polishing the Surface. If there is angular, grinder it into round, radius is around 25mm

2. Setting out:

After setting out, cut the HM carbon fiber grid based on request

3. Blending Motar

Blending the epoxy or polymer motar, mix it evenly.

4. Interface coating

Spraying HM motar to the surface of structurer evenly, thickness should be around 5-10mm

5. CFN fixing

Stick the carbon fiber grid into the lay out area, the gap is not allowed between the substrate and CFG

6. Impregnated coating

Coating the HM motar on the carbon fiber grid, thickness around 15mm-30mm

7.Applying Impregnation Adhesive:

Apply impregnation adhesive when primer adhesive is touch dry.

8. Maintance

After the application, the maintain time not less than 72hours

9. Check Gap or Bubble:

Check if any gap or bubble inside, if have need to repair it with additional motar.


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