CFRP Carbon Fiber Adhesive For Construction rehablitation And Strengthening

Carbon Fiber Primer

Carbon Fiber Leveling Adhesive

Carbon Fiber Reinforced Polymer

CFRP Carbon Fiber Adhesive For Construction rehablitation And Strengthening

Xinchor CFRP Carbon Fiber Adhesive is a two-componentused for smearing of the underlayer of reinforced members' surface, the role is penetration bonding reinforcement to the broken concrete after chiseling off; of the surface of members was intact, smearing was not needed.

Low viscosity, strong penetration ability,

Advantages

Tolerant of moisture before, during and after cure.

High strength, high modulus, structural paste adhesive.

Paste consistency ideal for vertical and overhead applications

High abrasion and shock resistance.

Convenient easy mix ratio A:B=2:1 by volume.

Long pot life.

Excellent adhesion to concrete, masonry, metals, wood and most structural materials.

Fully compatible and excellent adhesion to CFRP composite laminate.

Long open time.

Solvent-free.

Color-coded components to ensure proper mixing control.

Usage

• Adhesive for bonding external reinforcement to concrete, masonry, steel, wood, stone, etc.
• Structural bonding of steel plates to concrete.
• Suitable for use in vertical and overhead configurations.
• As a binder for epoxy mortar repairs.
• Structural bonding of composite laminates (Sika® CarboDur® CFRP) to concrete.

Advantages

• Long pot life.
• Long open time.
• Tolerant of moisture before, during and after cure.
• High strength, high modulus, structural paste adhesive.
• Excellent adhesion to concrete, masonry, metals, wood and most structural materials.
• Fully compatible and excellent adhesion to CFRP composite laminate.
• Paste consistency ideal for vertical and overhead applications.
• High abrasion and shock resistance.
• Convenient easy mix ratio A:B=2:1 by volume.
• Solvent-free.
• Color-coded components to ensure proper mixing control.

WHERE TO USE:

Seismic Strengthening:

Masonry shear wall strengthening

Structural Strengthening:

Increases the live load capacity of floor systems

Increases the flexural strength of reinforced and prestressed girders

Increases the live load capacity and ductility of columns

Change in Structural System:

Load redistribution due to removal of walls or columns

Reinforces slabs for new openings

Design or Construction Defects:

Insufficient amount or detailing of flexural reinforcement

Insufficient size and/or layout of reinforcement

Damage to Structural Parts:

Corrects strength deficiency due to deterioration and corrosion

Restores flexural strength of structural elements damaged by fire