Sika frp wrap

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Sika frp wrap

Fabric strengthening systems, also called fiber reinforced polymer FRP systems, consist of woven or stitched, unidirectional, carbon and glass fiber fabrics and impregnating resins. This unique combination makes this a multifunctional material for many applications including confinement, shear, and seismic upgrading and strengthening of weak concrete, masonry, natural stone and timber structures. This software application and the results derived from its utilization are intended only for use by professional users with expert knowledge in the area of the intended application.

Users must independently verify the results before any use and take into account the site and application conditions, product data sheet and product literature, technical state of the art as well as local applicable standards and regulations.

The software is free to use. After the trial period 15 days you will be asked to complete the registration form in order to activate the software. This website uses cookies to provide you with a great user experience. By continuing to use this our site, you accept our use of cookies. Tested for durability under many demanding conditions to ensure long-term performance in different applications and environments.

Proven outstanding performance for strengthening irregularly-shaped structures and substrates. Installation is extremely flexible and easy, ensuring minimal down time.

Our products come with over 25 years of experience with projects in all regions. Typical Structural Applications. Confinement For structural members in compression To enhance load-carrying capacity or ductility Multi-layer applications are possible.

Weak Substrate Strengthening For strengthening masonry, natural stone walls and other structures Flexural strengthening of weak concrete elements or structures. Key Brand. Free software for advanced structural design Includes full range of Sika Structural Strengthening Systems Complex calculations in minimum time Based on international structural codes: ACI Have you found your country on the list?

Download the software! Please, read carefully before you download the software:.

Flexural Strengthening

I have read, understood, and agreed to the above statements by clicking below:. Local Contact Contact a Sika expert near you for technical support and locally available products and systems.

sika frp wrap

Go to your local Sika page. Global Support Contact Sika's global representative in case you need our support in an international project. Fill out a contact form. Download Library.

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Structural Strengthening with Sika Systems Brochure. Sika Solutions for Structural Strengthening Brochure. Structural Strengthening.Sika CarboDur is a heavy-duty strengthening system for reinforced concrete and timber. It consists of two components: Sikadur adhesive for bonding reinforcement and Sika CarboDur-laminates. The Sika CarboDur system can be used to strengthen reinforced concrete and timber structures due to:.

SikaWrap C can be used for structural strengthening of reinforced concrete, masonry, brickwork and timber elements or structures, to increase flexural and shear loading capacity for:. Please refer to the relevant Product Data Sheet for more detailed information about each of these adhesives. Subpages Subpages. Flexural Strengthening. Use The Sika CarboDur system can be used to strengthen reinforced concrete and timber structures due to: Loading increases.

Damage to structural parts. Change is structural system. Design or construction defects. Characteristics and Advantages Low in weight. Available in any length. Low overall thickness. Easy to transport. Laminate intersections are simple.

Economical application — no heavy handling and installation equipment. Very high tensile or flexural strengths can be achieved. High modulus of elasticity. Outstanding fatigue resistance. Can be coated without preparation.

sika frp wrap

Alkali resistant. Available in different widths for optimum utilisation Low density for minimal additional weight Extremely cost effective in comparison to traditional strengthening techniques Colour Black Packaging Fabric supplied in mm width Length m 1 roll per cardboard box.Protect from direct sunlight.

The system build-up and configuration as described must be fully complied with and may not be changed. Minimum substrate tensile strength: 1.

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Refer to the relevant Technical Information Manual for further information. Concrete must be cleaned and prepared to achieve a laitance and contaminant free, open textured surface.

Product Data Sheet Show all documents. Manufactured with heat-set weft fibres to keep the fabric stable Multifunctional fabric for use in many different strengthening applications Flexible and accommodating to different surface planes and geometry beams, columns, chimneys, piles, walls, soffits, silos etc. Available in different widths for optimum utilisation Low density for minimal additional weight Extremely cost effective in comparison to traditional strengthening techniques.

Overview Product Details Application Documents. Advantages Manufactured with heat-set weft fibres to keep the fabric stable Multifunctional fabric for use in many different strengthening applications Flexible and accommodating to different surface planes and geometry beams, columns, chimneys, piles, walls, soffits, silos etc.

Product Details. Fibre type Selected high strength carbon fibres. Shelf Life 24 months from date of production. Dry Fibre Density 1. Dry Fibre Thickness 0. Dry Fibre Elongation at Break 1. System information System Structure The system build-up and configuration as described must be fully complied with and may not be changed.

Technical Information Laminate Nominal Thickness 0. Laminate Nominal Cross Section mm 2 per m width. Laminate Elongation at Break 1. Tensile Stiffness Average Characteristic We use cookies on this site to enhance your user experience.

Simpson Strong-Tie Composite Strengthening Systems CSS provide efficient fiber reinforced polymer FRP solutions for the structural reinforcement and strengthening of concrete, masonry and timber structures in need of repair or upgrade. Fiber-reinforced polymer FRP systems are simply defined as high-strength and lightweight reinforcements created by combining carbon CFRP or E-glass fibers with a polymer material. The performance characteristics of FRP strengthening have become increasingly popular in construction and retrofit applications, specifically in aging, damaged or overloaded concrete structures.

SikaWrap®-117 C Pre-saturated

Steel plate bonding, concrete section enlargement and steel jacketing have been the renovation methods of choice for decades, yet corrosion, bond degradation and installation difficulty, time, and cost are consistent challenges to overcome, and the resultant retrofit generally adds weight, reduces usable space, clearance, or both.

The primary benefit of FRP systems versus traditional retrofit methods is that significant flexural, axial or shear strength gains can be realized with an easy-to-apply composite that does not add significant weight or mass to the structure. Many times it is the most economical choice given the reduced prep and labor costs and may be installed without taking the structure out of service.

Composite Strengthening Systems may be used to increase the strength of slabs, slab openings, beams, walls, new wall openings, columns, silos, chimneys, piles and pier caps. Leverage our expertise to help with your fiber reinforced polymer strengthening designs. Our experienced technical representatives and licensed professional engineers provide complimentary design services and field support — serving as your partner during the entire project cycle.

Fiber Reinforced Polymer (FRP) Fabrics

FRP contractors count on reliable manufacturing sources for their projects. For complete information regarding specific products suitable to your unique situation or condition, contact us or call to speak with a local technical representative or engineer. In this free webinar series we dive into some very important considerations including the latest industry standards, material properties and key governing limits when designing with FRP.

Contractors need an edge in the highly competitive restoration market. The Simpson Strong-Tie Certified Restoration Contractor Network provides valuable tools and benefits to help you grow and enhance your business.

A flier designed to assist in the specification and installation of Composite Strengthening Systems, including fabrics, precured laminates and complementary products. Select One of Our Sites. What is FRP? Engineering Services. CSS Training Center.

Certified Restoration Contractor.Protect from direct sunlight. The system build-up and configuration as described must be fully complied with and may not be changed.

Minimum substrate tensile strength: 1. Please also refer to the relevant Method Statement for further information. Concrete must be cleaned and prepared to achieve a laitance and contaminant free, open textured surface.

Product Data Sheet Show all documents. Manufactured with heat-set weft fibres to keep the fabric stable Multifunctional fabric for use in many different strengthening applications Flexible and accommodating to different surface planes and geometry beams, columns, chimneys, piles, walls, soffits, silos etc.

Low density for minimal additional weight Extremely cost effective in comparison to traditional strengthening techniques. Find a store. Overview Product Details Application Documents. Advantages Manufactured with heat-set weft fibres to keep the fabric stable Multifunctional fabric for use in many different strengthening applications Flexible and accommodating to different surface planes and geometry beams, columns, chimneys, piles, walls, soffits, silos etc.

Product Details. Fibre Type Selected mid-range strength carbon fibres. Shelf Life 24 months from date of production. Dry Fibre Density 1. Dry Fibre Thickness 0. Dry Fibre Elongation at Break 1.

SikaWrap fibre reinforced polymer structural strengthening and seismic retrofitting system

System information System Structure The system build-up and configuration as described must be fully complied with and may not be changed. Technical Information Laminate Nominal Thickness 0. Laminate Nominal Cross Section mm 2 per m width.Protect from direct sunlight.

The system build-up and configuration as described must be fully complied with and may not be changed. Minimum substrate tensile strength: 1. Please also refer to the relevant Method Statement for further information.

Concrete must be cleaned and prepared to achieve a laitance and contaminant free, open textured surface. Manufactured with heat-set weft fibres to keep the fabric stable Multifunctional fabric for use in many different strengthening applications Flexible and accommodating to different surface planes and geometry beams, columns, chimneys, piles, walls, soffits, silos etc.

Available in different widths for optimum utilisation Low density for minimal additional weight Extremely cost effective in comparison to traditional strengthening techniques. Find a store. Overview Product Details Application Documents. Advantages Manufactured with heat-set weft fibres to keep the fabric stable Multifunctional fabric for use in many different strengthening applications Flexible and accommodating to different surface planes and geometry beams, columns, chimneys, piles, walls, soffits, silos etc.

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Product Details. Fibre Type Selected high strength carbon fibres. Shelf Life 24 months from date of production.

sika frp wrap

Dry Fibre Density 1. Dry Fibre Thickness 0. Dry Fibre Elongation at Break 1.

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System information System Structure The system build-up and configuration as described must be fully complied with and may not be changed. Technical Information Laminate Nominal Thickness 0. Laminate Elongation at Break in Tension 1. Tensile Stiffness Average Characteristic Surface must be clean and sound. It may be dry or damp, but free of standing water and frost. Remove dust, laitance, grease, curing compounds, impregnations, waxes, foreign particles, disintegrated materials and other bond inhibiting materials from the surface.

Existing uneven surfaces must be filled with an appropriate repair mortar. The adhesive strength of the concrete must be verified after surface preparation by random pull-off testing ASTM D at the discretion of the engineer.

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Minimum tensile strength required is psi 1. A thorough cleaning of the substrate using low pressure sand blasting or water blasting may be sufficient. If a wet method is used, allow for a thorough amount of drying time.

sika frp wrap

Product Data Sheet Show all documents. Carbon fiber fabric for structural strengthening. Used for shear, confinement, seismic or flexural strengthening Versatile, can be wrapped around complex geometries High Strength Light Weight Non-corrosive Alkali Resistant Low aesthetic impact.

Overview Product Details Application Documents. Advantages Used for shear, confinement, seismic or flexural strengthening Versatile, can be wrapped around complex geometries High Strength Light Weight Non-corrosive Alkali Resistant Low aesthetic impact. Packaging Rolls: 25 in. Color Black.

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Product Details. Shelf Life 10 years from date of production if stored properly in original, unopened, undamaged packaging. Dry Fibre Thickness 0. Area Density 18 oz. Dry Fibre Modulus of Elasticity in Tension 34 msi Dry Fibre Elongation at Break 1. Technical Information Nominal Ply Thickness 0. Ohio Stadium Horseshoe Renovation. Average Ultimate Value.


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