Cst_cfrp Systems Eng

8/12/2019 Cst_cfrp Systems Eng

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CARBON F I BER AS STRUCTURA LCARBON F IBER AS STRUCTU RALSTRENGTHEN IN G MATER I A L STRENGTHEN IN G MATER IAL

Rehabilitation of Structures

Changes in construction uses

Rectification of design or job constructions defects

Damage repair

Adaptation to new regulationsStructure strengthening

Earthquake reinforcement

Strengthening of beams subject to flexural stress Strengthening of pillars subject to compressive stress

Strengthening of beams subject to shear and torque stress

DRIZORODRIZORO WR PWRAP p p l i c a t i o nA p p l i ca t i o n

1.- Once prepared the surface, apply the priming MAXPRIMER

-C. This primer penetrates into the substrate, increasing its strength

and improving the adherence of the DRIZORO WRAP system.

4.-Bond the different pieces of carbon fiber sheets using the

epoxy resin MAXEPOX -CS. The resin is intended to provide

a matrix, strongly attached to the reinforced element that

supports the carbon fibers sheets, and also serve as a means

of transmission of stress f rom concrete to the carbon fibers.

6.- Finish the application with an over coat-ing layer of

resin MAXEPOX -CS, verifying there are no air bubbles.

5.- Use the metallic roller to improve the contact between the carbon

fiber sheets and the element surface, pressing firmly, eliminating all

possible air bubbles and wrinkles.

3.- Prepare the different pieces of the carbon fiber sheets

according to the reinforcement project.

2.-Honeycombs and small imperfec-

tions must be repaired using epoxy

puttyMAXEPOX -CP.

SLABS

PILLARS

CHIMNEYS

BRIDGES

BEAMS

CANTILEVERS TUNNELS

HISTORICAL BUILDINGS

A P P L I CAT I O N O F CA R B O N F I B E R S T RA P PL I C AT I O N O F C AR BON F I B E R S T R


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C A R B ON F I B E R COM PO S I T ECARBON F I B ER COMPOS I T E

DRIZORO COMPOSITEis a pre-formed laminate composed of unidirectional carbon fibers, embedded in an epoxy resin matrix and

conformed by continuous and automatic pultrusion process, becoming an effective strengthening system for concrete, steel and woodelements under tensile stress due to flexion.

DRIZORO COMPOSITEis bonded to the element sur face with the epoxy mortarMAXEPOX CARBOFIX.

PHYSICAL PROPERTIES OF C.F. LAMINATE

Product name DRIZOROCOMPOSITE 1405 DRIZOROCOMPOSITE 1410

Width (mm) 50 100

Thickness (mm) 1,4

Elasticity modulus (MPa) 1,65 105

Tensile stress failure (MPa) >2.200

Elongation at break (%) 1,30

DRIZORO CARBOROD is a high mechanical strength rod for repairing and strengthening ofconcrete structures and masonry, composed of unidirectional carbon fibers, embedded inan epoxy resin matrix and conformed by pultrusion process.

DRIZORO CARBORODis set in the interior of the element by grooves or drill holes, bonded and

embedded with the structural epoxy mortar MAXEPOX CARBOFIX.

PHYSICAL PROPERTIES OF C.F. RODS

Product name DRIZOROCARBOROD 308DRIZORO

CARBOROD 310DRIZORO

CARBOROD 312

Diameter (mm) 8 10 12

Length (m) 3,0

Elasticity modulus (MPa) 1,5 105

concre

an epox

DRIZORO

embedd

D R I Z O R OD R I Z O R O C R B O R O DC A R B O R O DC a r b o n F i b e r R o d sC a r b o n F i b e r R o d s

D R I Z O R OD R I Z O R O C O M P O S I T EC O M P O S I T E C a r b o n F i b e r L a m i n a t eC a r b o n F i b e r L a m i n a t e

Elimination of sharp edges such as

the concrete burrs.

Cleaned up of the damaged concrete,

eliminating the degraded sur face.

Regularization of the surface planimetry until achieve

a flat an even surface.

Substrate reparationSubstrate Preparation

Before application of structural strengthening systems, substrate must be

prepared according to the technical bulletins of each product to ensure

the right application and the correct adherence to the elements to be

strengthened.

A P P L I CAT I O N O F CA R B O N F I B E R S T RA P PL I C AT I O N O F C AR BON F I B E R S T R


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A P P L I C A T I O N S C O P E O F C A R B O N F I B E R COM P O S I T E M A T E R I A L SA P P L I C A T I O N S CO P E OF C A R BON F I B E R C OM PO S I T E M AT E R I A L SDRIZORO WRAP andDRIZORO CARBOMESH are systems of structural

strengthening with allow the performance of any type or reinforcement

due its flexibility and adaptability to the element geometry, suitable to

reinforce beams under flexural and shear strains or pillars and columns

under compression by confinement.

DRIZORO COMPOSITElaminate allows strengthening in beams, girders,

cantilevers, joists, and other structural elements under tensile stresses

due flexion, reducing the deflection of the in service element and

improving the cracking state.

DRIZORO CARBORODrods, behave as steel rebars, fulfilling the same

laws, requiring smaller diameters to assume the same loads, lightening

the structure and without corrosion problems.

Concrete, steel and wood elements under tensile strain:beams, joists, slabs, girders, cantilevers, etc.

Repair of concrete structures damaged by accident,

pathologies, desing or project mistakes or runtime errors.

Suitability to current legislation or adaptationto new building regulations.

Replacement of steel rebars affected bycorrosion processes.

CarbonFiber

Laminate Rods

Beams

JoistCantilevers

Slabs

Flexion

Shear

Pillars

Flexion

Shear

Compression

Walls

Flexion

Crack Stitching

Rehabilitation of historical buildings

and monuments.

Construction of light and slender reinforced concretestructures or with reduced protection covering.

Rehabilitation of bridges, chimneys,silos and singular structures.

Strengthening of concrete structures by requirements of load increases,improvement of in service capability and/or specification changes of use.

Cst_cfrp Systems Eng

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