Products

Product CategoryProduct LineProduct ClassProduct Class DescriptionProduct NameProduct DescriptionTechnical Data SheetSafety Data Sheet
Concrete Repair MaterialsTstrata IRC™Infuseable Rapid Cure Restoration MaterialTstrata IRC™is a specially formulated, one part microsilica modified concrete restoration material with integral corrosion inhibitor designed for restoration of a wide variety of concrete structures. It is a premixed, dry packaged concrete material that contains pea gravel and is suitable for interior and exterior installation. Requiring only the addition of water – Tstrata IRC™ is a rapid curing, high strength material with extended working time for ease of placement. It is handled like ordinary high slump concrete and can be used in placements from 1 inch (25 mm) to full depth.

Compressive Strength - ASTM C39Technical Data SheetSafety Data Sheet
Concrete Repair MaterialsTstrata IRC™Infuseable Rapid Cure Restoration MaterialTstrata IRC™is a specially formulated, one part microsilica modified concrete restoration material with integral corrosion inhibitor designed for restoration of a wide variety of concrete structures. It is a premixed, dry packaged concrete material that contains pea gravel and is suitable for interior and exterior installation. Requiring only the addition of water – Tstrata IRC™ is a rapid curing, high strength material with extended working time for ease of placement. It is handled like ordinary high slump concrete and can be used in placements from 1 inch (25 mm) to full depth.

Flexural Strength - ASTM C348Technical Data SheetSafety Data Sheet
Concrete Repair MaterialsTstrata ISR™Infuseable Sulphate Resistant Restoration MaterialTstrata ISR™ is a specially formulated, one part microsilica modified concrete restoration material with integral corrosion inhibitor designed specifically for restoration of sulfur pits. It is a premixed, dry packaged concrete material that contains pea gravel suitable for interior and exterior “form and pour” and “form and pump” installation. Requiring only the addition of water – Tstrata ISR™ is a high strength material with extended working time for ease of placement. It is handled like ordinary high slump concrete.Sulfate Resistance - ASTM C1012Safety Data SheetSafety Data Sheet
Concrete Repair MaterialsTstrata ISR™Infuseable Sulphate Resistant Restoration MaterialTstrata ISR™ is a specially formulated, one part microsilica modified concrete restoration material with integral corrosion inhibitor designed specifically for restoration of sulfur pits. It is a premixed, dry packaged concrete material that contains pea gravel suitable for interior and exterior “form and pour” and “form and pump” installation. Requiring only the addition of water – Tstrata ISR™ is a high strength material with extended working time for ease of placement. It is handled like ordinary high slump concrete.Compressive Strength - ASTM C109Technical Data SheetSafety Data Sheet
Concrete Repair MaterialsTstrata Specialty Concrete Mixes™Concrete Restoration MaterialsOur materials, engineering and field staff have combined their expertise to develop pressurized forming systems that work with our proprietary products to maximize bond with the existing structural member being repaired. Such technology is critical for performance on structural repairs, as a lack of thorough bond can prevent an enlargement or structural repair from achieving its designed structural load bearing capacity.Tstrata Specialty Concrete Mixes™The goal of Tstrata Specialty Mix designs is to achieve the high physical properties and special placement characteristics of bagged materials for large volume repair projects needing the cost efficiency of ready mix production. Our concrete material experts and in-house labs have the ability to work with suppliers to achieve high performanc in a ready mix design by modifying and specifying the proper:
Corrosion ControlElectro Tech CP™State-of-the-Art ICCP SystemsSTRUCTURAL TECHNOLOGIES offers Impressed Current Cathodic Protection (ICCP) solutions driven and controlled by proprietary power and monitoring devices that deliver precise levels of protective current to embedded steel in concrete and masonry infrastructure. Our products and in-house engineering support provides engineers and owners the most advanced corrosion control and monitoring systems available in the marketplace.Power SuppliesDesigned to produce protective current for steel, STRUCTURAL TECHNOLOGIES manufactures power supplies that:

deliver a wide and accurate range of current, to accommodate many different structural and environmental conditions
are configured into zones for precise control of protective levels
integrate with our proprietary remote control and monitoring
Corrosion ControlElectro Tech CP™State-of-the-Art ICCP SystemsTRUCTURAL TECHNOLOGIES’ offers Impressed Current Cathodic Protection (ICCP) solutions driven and controlled by proprietary power and monitoring devices that deliver precise levels of protective current to embedded steel in concrete and masonry infrastructure. Our products and in-house engineering support provides engineers and owners the most advanced corrosion control and monitoring systems available in the marketplace.AnodesDesigned to deliver protective current to where it is intended, our corrosion engineers help select the proper configuration and anode types(s) that may include:

Titanium mesh, wire, ribbon and probes
Platinized wire anodes
Metalized coatings
Conductive carbon mastic paint anodes
Corrosion ControlElectro Tech CP™State-of-the-Art ICCP SystemsTRUCTURAL TECHNOLOGIES’ offers Impressed Current Cathodic Protection (ICCP) solutions driven and controlled by proprietary power and monitoring devices that deliver precise levels of protective current to embedded steel in concrete and masonry infrastructure. Our products and in-house engineering support provides engineers and owners the most advanced corrosion control and monitoring systems available in the marketplace.Remote Monitoring & ControlOur combination of proprietary control software and expert technical support allows STRUCTURAL TECHNOLOGIES to produce and custom program the highest levels of ongoing monitoring and system controls. A monitoring system integrated an overall ICCP system allows for:

Remote operation and adjustment in power levels
Remote rapid assessment
Ongoing system maintenance
Reliable operation
Collection and storage of historical operation and performance data
Graphic and / or numerical alarms when operating and protective parameters are not reached or exceeded
Corrosion ControlElectro Tech CP™Metalized Corrosion Control SystemsUtilizing commercially available and patented anode alloys, STRUCTURAL TECHNOLOGIES’ metalized cathodic protection systems are designed to deliver corrosion protection to embedded reinforcing steel in concrete through the galvanic process.Thermal Spray Coating MaterialsThermally sprayed coatings are obtained by melting a material, atomizing it into small particles and propelling these on to a prepared substrate. The resulting coating cools down and forms a barrier with unique characteristics. These include strong bonds and resistance to atmospheric corrosion, high temperatures, corrosion, and chemical attack.
Corrosion ControlLifeJacket®Galvanic Cathodic Protection SystemLifeJacket® is a maintenance-free system – its current output self adjusts to meet changes in temperature, humidity, concrete resistivity and a number of other factors, delivering optimum corrosion protection to the structure at all timLifeJacket®The LifeJacket® Cathodic Protection System uses a proprietary zinc mesh anode placed directly against the inside face of a stay-in-place fiberglass form, and is proven to stop corrosion by providing an electrical current to the affected region. This current is produced through a galvanic process and thus, does not require a remote power supply.
Corrosion ControlLifePanel™Galvanic Cathodic Protection SystemLifePanel™ is a galvanic cathodic protection system that is attached to the exterior of concrete surfaces to stop corrosion by providing a uniform electrical current to the affected region. The panels cover large areas and may be custom designed or configured to fit nearly any structure type.LifePanel™The panels are an engineered composite that has a rigid outer shell, with an inner layer of zinc mesh anode encased in a proprietary conductive mortar to maximize anode performance. The anode delivers current through a galvanic process and thus, does not require a remote power supply – making the LIfePanel™ system maintenance-free.
Equipment FoundationPolyshield®Equipment & Pump FoundationsDamage to concrete foundations for pumps, compressors and other rotating or vibrating equipment presents special challenges to plant maintenance personnel. Repairs to conventional concrete foundations are costly, labor-intensive and time-consuming. Moreover, acid-proofing foundations for corrosive pumps is difficult and prone to repeat failureANSI PolyshieldsThe ANSI Polyshield is a one-piece polymer concrete foundation and baseplate shell and a removable polymer concrete motor block. Pumps and motors are bolted to the polymer surface with cast-in alloy inserts. Each polymer and motor block accomadates two NEMA (IEC) frame sizes. Within limits, motor blocks may be changed to future frame sizes. Polymer motor blocks are supplied in different heights and insert locations for all ANSI group sizes and motor combinations.
Equipment FoundationPolyshield®Equipment & Pump FoundationsDamage to concrete foundations for pumps, compressors and other rotating or vibrating equipment presents special challenges to plant maintenance personnel. Repairs to conventional concrete foundations are costly, labor-intensive and time-consuming. Moreover, acid-proofing foundations for corrosive pumps is difficult and prone to repeat failureCustom PolyshieldsThe Custom Polyshield® is a polymer concrete foundation and baseplate shell with large and thick alloy mounting surfaces for affixing both the pump and motor. The unit is designed to accommodate large end suction, split case, double suction and axial flow pumps with NEMA and non-NEMA motor frames. Custom Polyshields allow large pumps and motors to be installed quickly and reduce installation cost compared to fabricated metal baseplates.
Force ProtectionVSL® Bonded, Post-Tensioned Floor SystemsBonded Post-Tensioning SystemsVSL multistrand PT systems consist of fully bonded prestressed strands contained in corrugated ducts. These systems can be used to provide continuous reinforcement in beams, columns and walls.

Bonded multistrand PT systems have been successfully applied to commercial buildings, healthcare and parking structure construction. Benefits include enhanced crack and deflection control and improved durability and resilience.
VSLAB+® Bonded Slab SystemsVSLAB+® bonded tendons consist of prestressed strands contained in low profile ducts that are fully bonded to the surrounding concrete and used to provide continuous reinforcement in slabs. The corrugated ducts are filled with a high-performance cementitious grout that encapsulates the strands and achieve full bond with the surrounding concrete. For aggressive environments, fully encapsulated anchorage systems and ducts are available. Intermediate anchorages systems are used to provide continuity of prestress at construction joints.

Design advantages include the ability to limit loss of capacity to localized areas when post tension tendons are cut, increased span lengths and improved load-carrying capacities.
Force ProtectionDUCON® Micro-Reinforced Concrete SystemsMoldable SteelPlacement characteristics similar to concrete, combined with the ductility and energy absorption properties of steel, give DUCON® “moldable, steel-like” characteristics.Compressive Strength (ASTM C39)DUCON® composites combine an infuseable ultra high-performance grout with a densely layered MicroMat® steel reinforcement system. The highly-engineered and test-proven system can be custom-designed to a project’s specific performance requirements.Technical Data Sheet
Force ProtectionDUCON® Micro-Reinforced Concrete SystemsMoldable SteelPlacement characteristics similar to concrete, combined with the ductility and energy absorption properties of steel, give DUCON® “moldable, steel-like” characteristics.Elastic Modulus (ASTM C469)DUCON® composites combine an infuseable ultra high-performance grout with a densely layered MicroMat® steel reinforcement system. The highly-engineered and test-proven system can be custom-designed to a project’s specific performance requirements.Technical Data Sheet
Force ProtectionDUCON® Micro-Reinforced Concrete SystemsMoldable SteelPlacement characteristics similar to concrete, combined with the ductility and energy absorption properties of steel, give DUCON® “moldable, steel-like” characteristics.Tensile Strength (ASTM C496)DUCON® composites combine an infuseable ultra high-performance grout with a densely layered MicroMat® steel reinforcement system. The highly-engineered and test-proven system can be custom-designed to a project’s specific performance requirements.Technical Data Sheet
Force ProtectionDUCON® Micro-Reinforced Concrete SystemsMoldable SteelPlacement characteristics similar to concrete, combined with the ductility and energy absorption properties of steel, give DUCON® “moldable, steel-like” characteristics.Flexural Strength (ASTM C293)DUCON® composites combine an infuseable ultra high-performance grout with a densely layered MicroMat® steel reinforcement system. The highly-engineered and test-proven system can be custom-designed to a project’s specific performance requirements.Technical Data Sheet
Force ProtectionV-Wrap™ Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ C1009 oz per square yard (300 g/m2) unidirectional carbon fiber fabricTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ C200H22 oz per square yard (750 g/m2) unidirectional carbon fiber fabricTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ C400H40 oz per square yard (1,424 g/m2) unidirectional carbon fiber fabricTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ C200HM18 oz per square yard (600 g/m2) unidirectional high-modulus carbon fiber fabricTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ C400HM38 oz per square yard (1,300 g/m2) unidirectional high-modulus carbon fiber fabricTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ C220B38 oz per square yard (1,300 g/m2) 0°/90° bi-directional high-modulus carbon fiber fabricTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ EG5027 oz per square yard (915 g/m2) unidirectional glass fiber fabricTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ EG50B24 oz per square yard (813 g/m2) ±45° bi-directional glass fiber fabricTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ Carbon Fiber AnchorsUnidirectional carbon roving to anchor carbon and glass fabricTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass rods and platesV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ Carbon Fiber RodPremanufactured composite carbon/resin rodsTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass rods and platesV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ Glass Fiber RodPremanufactured composite glass/resin rodsTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ high strength carbon and glass rods and platesV-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ Carbon Fiber PlatePremanufactured composite carbon/resin platesTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ resins used as an adhesive, surface primer, tack coat and saturant.V-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ 770Adhesive for FRP FabricsTechncial Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ resins used as an adhesive, surface primer, tack coat and saturant.V-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ 700SEpoxy AdhesiveTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ - Protection From Standoff ThreatsV-Wrap™ resins used as an adhesive, surface primer, tack coat and saturant.V-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ PFEpoxy Putty FillerTechnical Data SheetSafety Data Sheet
Force ProtectionV-Wrap™ – Protection From Standoff ThreatsOptional V-Wrap™ coating for systems that may be exposed to elevated temperatures.V-Wrap™ Systems are engineered to meet a project's specific requirements. System components are selected to optimize application performance, and may include any combination of fabrics, laminates, resins, and coatings:V-Wrap™ FPSSingle component, spray applied, specialized fire proofing materialTechnial Data SheetSafety Data Sheet
Force ProtectionVSL® Bonded, Post-Tensioned Floor SystemsBonded Post-Tensioning SystemsVSL multistrand PT systems consist of fully bonded prestressed strands contained in corrugated ducts. These systems can be used to provide continuous reinforcement in beams, columns and walls.VSLAB+® Bonded Slab SystemsVSLAB+® bonded tendons consist of prestressed strands contained in low profile ducts that are fully bonded to the surrounding concrete and used to provide continuous reinforcement in slabs. The corrugated ducts are filled with a high-performance cementitious grout that encapsulates the strands and achieve full bond with the surrounding concrete. For aggressive environments, fully encapsulated anchorage systems and ducts are available. Intermediate anchorages systems are used to provide continuity of prestress at construction joints.

Design advantages include the ability to limit loss of capacity to localized areas when post tension tendons are cut, increased span lengths and improved load-carrying capacities.
Force ProtectionVSL® Bonded, Post-Tensioned Floor SystemsBonded Multistrand SystemsVSL multistrand PT systems consist of fully bonded prestressed strands contained in corrugated ducts. These systems can be used to provide continuous reinforcement in beams, columns and walls.Bonded Multistrand SystemsA single multistrand tendon can hold up to fifty-five 0.5” or 0.6” strands encased in plastic or steel duct and is fully bonded using a high-performance grout. When bonded multistrand systems are used for large structural members such as beams and transfer girders, design advantages include increased span lengths and load-carrying capacity and reduced deflection.
Force ProtectionTstrata Steel Plate™Tstrata Steel Plate™ solutions are custom designed and fabricated to meet a variety of stiffness and strength increase requirements from blast protection to forced entry mitigationVSL multistrand PT systems consist of fully bonded prestressed strands contained in corrugated ducts. These systems can be used to provide continuous reinforcement in beams, columns and walls.Tstrata Steel Plate™Typical steel plate applications cover a wide range of sizes and shapes. Plate grade, thickness and type of steel are highly dependent on the particular application. Physical properties such as strength, abrasion resistance, corrosion resistance, energy absorption and constructability (forming, welding etc.) vary based on the grade and quality and design of the steel plate solution.
Force ProtectionTstrata Enlargement Systems™Tstrata Enlargement Systems™ bond additional reinforced concrete to existing structures and may be customized for any application. These systems are ideal for situations that require improved strength and stiffnessTstrata Enlargement Systems™STRUCTURAL TECHNOLOGIES' Tstrata Enlargement Systems™ bond additional reinforced concrete to existing structures. Our systems are used to increase or restore load-carrying capacity to a variety of structures. Customized for every application, enlargement and overlay systems are ideal for situations that require improved strength and stiffness.
Moisture ControlElectro Tech CP EOP™Dewatering SystemElectro Tech CP EOP™ is a proprietary electro osmotic system that controls movement of water through concrete under the influence of a pulsating electric field. An electrochemical solution, this state-of-the-art technology has been engineered by STRUCTURAL TECHNOLOGIES for various applications to control moisture and corrosion in concrete.

Electro Tech CP EOP™In selected applications, the patented Electro Tech CP EOP™ Dewatering System provides the ability to mitigate chronic moisture problems in concrete – by lowering moisture transmission and content through concrete’s pore and capillary structure. It can be used alone, or in conjunction with other moisture control solutions to extend the service life of concrete
Moisture ControlMJS™Monolith Joint Seal SystemSTRUCTURAL TECHNOLOGIES’ Moisture Control Team provides solution building services for difficult-to-solve moisture problems. Our specialty is taking on problems where traditional products and design solutions have failed. Our experts integrate with engineers, owners and builders to assist with initial assessments through design and material selectionMJS™ Monolith Joint Seal SystemSTRUCTURAL TECHNOLOGIES’ MJS™ is a proprietary replacement waterstop monolith joint seal system that controls leakage of water through existing joints, particularly in dams, locks, large retaining walls and other structures.

The system is installed in a drilled hole and uniformly pressurized to offset hydrostatic pressure.

The MJS™ System is a long-lasting solution that holds up to water and joint movement without damaging the system itself.
Pipe RehabilitationStrongPIPE® SCLTrenchless Pipeline Upgrade: StrongPIPE® SCLThe StrongPIPE® SCL system is a proprietary composite that is comprised of continuously wound steel tensile wire reinforcement and fiber reinforced polymer (FRP) to provide structural repair and upgrade to pipe segments. The StrongPIPE® system is applicable to all types of pipelines and is installed internally on pipe diameters of 48 inches and larger.

The StrongPIPE® system has been value-engineered to create a trenchless and cost-effective renewal option for critical pipeline systems. Expert field application of the system is available through our parent company's specialty contracting partners - the exclusive installers of StrongPIPE®.
V-Wrap™ EG5027 oz per square yard (915 g/m2) unidirectional glass fiber fabricTechnical Data SheetSafety Data Sheet
Pipe RehabilitationStrongPIPE® SCLTrenchless Pipeline Upgrade: StrongPIPE® SCLThe StrongPIPE® SCL system is a proprietary composite that is comprised of continuously wound steel tensile wire reinforcement and fiber reinforced polymer (FRP) to provide structural repair and upgrade to pipe segments. The StrongPIPE® system is applicable to all types of pipelines and is installed internally on pipe diameters of 48 inches and larger.

The StrongPIPE® system has been value-engineered to create a trenchless and cost-effective renewal option for critical pipeline systems. Expert field application of the system is available through our parent company's specialty contracting partners - the exclusive installers of StrongPIPE®.
V-Wrap™ EG50B24 oz per square yard (813 g/m2) unidirectional glass fiber fabricTechnical Data SheetSafety Data Sheet
Pipe RehabilitationStrongPIPE® SCLTrenchless Pipeline Upgrade: StrongPIPE® SCLThe StrongPIPE® SCL system is a proprietary composite that is comprised of continuously wound steel tensile wire reinforcement and fiber reinforced polymer (FRP) to provide structural repair and upgrade to pipe segments. The StrongPIPE® system is applicable to all types of pipelines and is installed internally on pipe diameters of 48 inches and larger.

The StrongPIPE® system has been value-engineered to create a trenchless and cost-effective renewal option for critical pipeline systems. Expert field application of the system is available through our parent company's specialty contracting partners - the exclusive installers of StrongPIPE®.
V-Wrap™ 770Epoxy AdhesiveTechnical Data SheetSafety Data Sheet
Pipe RehabilitationV-Wrap™ Carbon Fiber SystemFRP Reinforcement: FabricsV-Wrap™ Carbon Fiber is a structural strengthening system for the restoration or renewal of pressure pipe. The system has been tested and meets or exceeds durability requirements necessary to provide the desired service life for pipeline structures.V-Wrap™ C200H18 oz per square yard (600 g/m2) unidirectional carbon fiber fabricTechnical Data SheetSafety Data Sheet
Pipe RehabilitationV-Wrap™ Carbon Fiber SystemFRP Reinforcement: FabricsV-Wrap™ Carbon Fiber is a structural strengthening system for the restoration or renewal of pressure pipe. The system has been tested and meets or exceeds durability requirements necessary to provide the desired service life for pipeline structures.V-Wrap™ C400-H38 oz per square yard (1,300 g/m2) unidirectional carbon fiber fabricTechnical Data SheetSafety Data Sheet
Pipe RehabilitationV-Wrap™ Carbon Fiber SystemFRP Reinforcement: FabricsV-Wrap™ Carbon Fiber is a structural strengthening system for the restoration or renewal of pressure pipe. The system has been tested and meets or exceeds durability requirements necessary to provide the desired service life for pipeline structures.V-Wrap™ C200HM18 oz per square yard (600 g/m2) unidirectional high-modulus carbon fiber fabricTechnical Data SheetSafety Data Sheet
Pipe RehabilitationV-Wrap™ Carbon Fiber SystemFRP Reinforcement: FabricsV-Wrap™ Carbon Fiber is a structural strengthening system for the restoration or renewal of pressure pipe. The system has been tested and meets or exceeds durability requirements necessary to provide the desired service life for pipeline structures.V-Wrap™ C400HM 38 oz per square yard (1,300 g/m2) unidirectional high-modulus carbon fiber fabric Technical Data SheetSafety Data Sheet
Pipe RehabilitationV-Wrap™ Carbon Fiber SystemFRP Reinforcement: FabricsV-Wrap™ Carbon Fiber is a structural strengthening system for the restoration or renewal of pressure pipe. The system has been tested and meets or exceeds durability requirements necessary to provide the desired service life for pipeline structures.V-Wrap™ C220B38 oz per square yard (1,300 g/m2) 0°/90° bi-directional high-modulus carbon fiber fabricTechnical Data SheetSafety Data Sheet
Pipe RehabilitationV-Wrap™ Carbon Fiber SystemFRP Reinforcement: FabricsV-Wrap™ Carbon Fiber is a structural strengthening system for the restoration or renewal of pressure pipe. The system has been tested and meets or exceeds durability requirements necessary to provide the desired service life for pipeline structures.V-Wrap™ EG5027 oz per square yard (915 g/m2) unidirectional glass fiber fabricTechnical Data SheetSafety Data Sheet
Pipe RehabilitationV-Wrap™ Carbon Fiber SystemFRP Reinforcement: FabricsV-Wrap™ Carbon Fiber is a structural strengthening system for the restoration or renewal of pressure pipe. The system has been tested and meets or exceeds durability requirements necessary to provide the desired service life for pipeline structures.V-Wrap™ EG50B24 oz per square yard (813 g/m2) unidirectional glass fiber fabricTechnical Data SheetSafety Data Sheet
Pipe RehabilitationV-Wrap™ Carbon Fiber SystemFRP ResinsV-Wrap™ Carbon Fiber is a structural strengthening system for the restoration or renewal of pressure pipe. The system has been tested and meets or exceeds durability requirements necessary to provide the desired service life for pipeline structures.V-Wrap™ 770Epoxy AdhesiveTechnical Data SheetSafety Data Sheet
Pipe RehabilitationXPT™External Post-Tensioning SystemXPT™The XPT™ External Post-Tensioning System utilizes externally placed post-tensioned tendons around the exterior circumference of an existing pipe. An XPT™ tendon consists of high-strength steel strand, coated and sheathed in extruded plastic for corrosion protection, and an anchorage assembly. The strand is looped around the host pipe and stressed at the anchorage utilizing hydraulic jacks. All of STRUCTURAL TECHNOLOGIES' XPT™ Systems feature VSL hardware components.
Post-Tensioning SystemsVSL® Post-TensioningLeveraging its high-strength properties and industry reputation for proven performance, STRUCTURAL TECHNOLOGIES has successfully incorporated VSL® technology into its strengthening-related products and systems including:Barrier Cable SystemsOur barrier cable systems are compliant with all International Building Code standards and feature galvanized 0.5”, 7-wire steel strands that can be packaged to include design, installation and fabrication of external anchoring devices, plates, cables, wedge sets, and stressing equipment. We offer external systems, internal/embedded systems and no stressing access systems which can be used for new structure or existing structure applications. Various system advantages include adaptability to as-built conditions, ease of installation, aesthetics, as well as an economical alternative to traditional systems.
Post-Tensioning SystemsPost Tensioning RepairPost-Tensioning Repair Products & SystemsSTRUCTURAL TECHNOLOGIES has an array of specialized products and systems used to repair, strengthen and protect post-tensioned structures. Our inventory includes product solutions for every component of a post-tensioning system – as well as specialized equipment used to install these systems in existing structures. Unbonded PT Anchorages & SplicesSTRUCTURAL TECHNOLOGIES has developed and provides various anchorages and splicing solutions for the repair and replacement of monostrand and buttonhead wire systems, including:
Center stressing anchors
Torque stressing anchors
Splice chucks
Buttonhead to monostrand combination anchorages
Live and dead end anchors
Lock off anchorages
Post-Tensioning SystemsPost Tensioning RepairPost-Tensioning Repair Products & SystemsSTRUCTURAL TECHNOLOGIES has an array of specialized products and systems used to repair, strengthen and protect post-tensioned structures. Our inventory includes product solutions for every component of a post-tensioning system – as well as specialized equipment used to install these systems in existing structures. Bonded PT AnchoragesSTRUCTURAL TECHNOLOGIES offers replacement anchorages for the repair of bonded multistrand post-tensioning systems, including:
Thin slab bonded anchorages (2 - 4 strands)
Bonded multistrand anchorages (4+ strands)
Post-Tensioning SystemsPost Tensioning RepairPost-Tensioning Repair Products & SystemsSTRUCTURAL TECHNOLOGIES has an array of specialized products and systems used to repair, strengthen and protect post-tensioned structures. Our inventory includes product solutions for every component of a post-tensioning system – as well as specialized equipment used to install these systems in existing structures. Strand SystemsSTRUCTURAL TECHNOLOGIES provides high strength (270 ksi) strand to repair any type of post-tensioning system, including:
Sheathed strand
Bare strand
VStrand™ Heat Resistive Tendons
Post-Tensioning SystemsPost Tensioning RepairPost-Tensioning Repair Products & SystemsSTRUCTURAL TECHNOLOGIES has an array of specialized products and systems used to repair, strengthen and protect post-tensioned structures. Our inventory includes product solutions for every component of a post-tensioning system – as well as specialized equipment used to install these systems in existing structures. Bonded PT Duct & Grouting SystemsFor repair of voids in bonded post-tensioning tendons, STRUCTURAL TECHNOLOGIES offers specialized products and materials, including:
VGrout+™ High performance admixtures for cementitious grout
HDPE plastic duct and mechanical coupler systems
Post-Tensioning SystemsPost Tensioning RepairPost-Tensioning Repair Products & SystemsSTRUCTURAL TECHNOLOGIES has an array of specialized products and systems used to repair, strengthen and protect post-tensioned structures. Our inventory includes product solutions for every component of a post-tensioning system – as well as specialized equipment used to install these systems in existing structures. PT EquipmentSTRUCTURAL TECHNOLOGIES develops customized equipment for specific project needs and offers specialized equipment for the repair of post-tensioned concrete structures including:
Monostrand stressing rams
Multistrand stressing rams
Detensioning rams
Vacuum assisted grouting for bonded PT repair
Post-Tensioning SystemsDuraStor™ TanksTank RoofDuraStor™ Tanks (AWWA D115 Tendon Prestressed Concrete Tanks) offer the benefits of prestressed concrete and the geometric flexibility of conventionally reinforced concrete.

Flat RoofThe roof slab is cast in a single placement with no construction joints. This method results in a watertight slab that eliminates the possibility of substances entering the tank and contaminating the contents. The roof slab is column-supported with typical spans in the 30-foot range each way. Slab thickness is approximately 8 inches. Roof shoring is placed immediately following the column and column footing placement to minimize construction time. Post-tensioning tendons are placed orthogonally as in a typical two-way suspended slab and are "stage stressed" in the same manner as the floor slab tendons. After the tendons are stressed, the shoring is removed through access hatches. Dome roof prestressed concrete tank
Post-Tensioning SystemsDuraStor™ TanksTank RoofDuraStor™ Tanks (AWWA D115 Tendon Prestressed Concrete Tanks) offer the benefits of prestressed concrete and the geometric flexibility of conventionally reinforced concrete.

Dome RoofColumn-supported flat roofs are often chosen for buried tanks or where a less visible tank is desired. A cast-in-place concrete dome is an efficient option for circular tanks where a flat roof is not required
Post-Tensioning SystemsDuraStor™ TanksTank WallsDuraStor™ Tanks (AWWA D115 Tendon Prestressed Concrete Tanks) offer the benefits of prestressed concrete and the geometric flexibility of conventionally reinforced concrete.

Tank WallsThe wall is composed of full-height segments frequently 12-inches thick. They’re cast in lengths of approximately 75 feet with no horizontal construction joints. Post-tensioning tendons placed horizontally may be tensioned at pilasters or pilasters may be eliminated depending on the project requirements. Tendons are also placed vertically to provide compression to the concrete and accommodate vertical bending moments and thermal stresses.
Post-Tensioning SystemsDuraStor™ TanksTank Floor SlabsDuraStor™ Tanks (AWWA D115 Tendon Prestressed Concrete Tanks) offer the benefits of prestressed concrete and the geometric flexibility of conventionally reinforced concrete.

Tank Floor SlabsJoints in a floor slab can allow liquids to leak out of a tank – creating the possibility of adversely affecting the environment and/or undermining the structure’s foundation. Joints can also allow substances to seep into the tank and potentially contaminate the contents.

DuraStor™ tank floors are cast in a single placement with no joints or dowels. The floor is a highly reinforced ductile concrete membrane, normally five inches thick, that can tolerate differential movements while maintaining watertightness. The tendons are "stage-stressed" within 48 hours of casting the floor slab to eliminate shrinkage cracks by providing immediate precompression to the concrete.
SeismicV-Wrap™FRP SystemSTRUCTURAL TECHNOLOGIES is widely recognized as the leader in developing cutting-edge technology for strengthening infrastructure – including structural enhancements for seismic retrofit.V-Wrap ™Our state-of-the-art V-Wrap™ FRP system utilizes lightweight, durable, high-strength carbon and glass fibers with 100% solids epoxy. Used to increase or restore seismic load-carrying capacity to a variety of structural elements, our systems are advantageous on applications with limited access or complex geometries.Technical Data Sheet
SeismicTstrata Enlargement Systems™STRUCTURAL TECHNOLOGIES is widely recognized as the leader in developing cutting-edge technology for strengthening infrastructure – including structural enhancements for seismic retrofit.Tstrata Enlargement Systems™STRUCTURAL TECHNOLOGIES' Tstrata Enlargement Systems™ bond additional reinforced concrete to existing structures. Our systems are used to increase or restore load-carrying capacity to a variety of structures. Customized for every application, enlargement and overlay systems are ideal for situations that require improved strength and stiffness.

SeismicVSL®External P-TSTRUCTURAL TECHNOLOGIES is widely recognized as the leader in developing cutting-edge technology for strengthening infrastructure – including structural enhancements for seismic retrofit.VSL® External P-TVSL® post tensioning systems are available exclusively in the United States through STRUCTURAL TECHNOLOGIES. VSL® products are technically advanced, industry proven and have a well-earned reputation for their quality, reliability, and durabilit
StrengtheingV-wrap Composite SystemsFRP Reinforcement: FabricsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ C400HM38 oz per square yard (1,300 g/m2) unidirectional high-modulus carbon fiber fabricTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: FabricsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ C400H40 oz per square yard (1,424 g/m2) unidirectional carbon fiber fabricTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: FabricsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ C220B38 oz per square yard (1,300 g/m2) 0°/90° bi-directional high-modulus carbon fiber fabricTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: FabricsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ C200H22 oz per square yard (750 g/m2) unidirectional carbon fiber fabricTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: FabricsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ C200HM18 oz per square yard (600 g/m2) unidirectional high-modulus carbon fiber fabricTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: FabricsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ C1009 oz per square yard (300 g/m2) unidirectional carbon fiber fabricTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: FabricsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ EG5027 oz per square yard (915 g/m2) unidirectional glass fiber fabricTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: FabricsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ EG50B24 oz per square yard (813 g/m2) ±45° bi-directional glass fiber fabricTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: FabricsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ HM Carbon Fiber AnchorUnidirectional high modulus carbon fiber to anchor carbon and glass fabricTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: FabricsV-Wrap™ high strength carbon and glass fabricsV-Wrap™ V-Wrap Glass Fiber AnchorUnidirectional fiber glass to anchor carbon and glass fabricTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: Pre-Cured LaminatesV-Wrap™ high strength carbon and glass rods and platesV-Wrap™ Carbon Fiber RodPremanufactured composite carbon/resin rodsTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: Pre-Cured LaminatesV-Wrap™ high strength carbon and glass rods and platesV-Wrap™ Glass Fiber RodPremanufactured composite glass/resin rodsTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP Reinforcement: Pre-Cured LaminatesV-Wrap™ high strength carbon and glass rods and platesV-Wrap™ Carbon Fiber PlatePremanufactured composite carbon/resin platesTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP ResinsV-Wrap™ resins used as an adhesive, surface primer, tack coat and saturant.V-Wrap™770Adhesive for FRP FabricsTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP ResinsV-Wrap™ resins used as an adhesive, surface primer, tack coat and saturant.V-Wrap™ 700SAdhesive for FRP Pre-Cured Laminates (Rods, Plates & Anchors)Technical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFRP ResinsV-Wrap™ resins used as an adhesive, surface primer, tack coat and saturant.V-Wrap™ PFEpoxy Putty FillerTechnical Data SheetSafety Data Sheet
StrengtheingV-wrap Composite SystemsFire Protection CoatingsOptional V-Wrap™ coating for systems that may be exposed to elevated temperatures.V-Wrap™ FPSSingle component, spray applied, specialized fire proofing materialTechnical Data SheetSafety Data Sheet
StrengtheingDUCON® Micro-Reinforced Concrete SystemsDUCON® (Composite)DUCON® composites combine an infuseable ultra high-performance grout with a densely layered MicroMat® steel reinforcement system. The highly-engineered and test-proven system can be custom-designed to a project’s specific performance requirements.Compressive Strength (ASTM C39)
StrengtheingDUCON® Micro-Reinforced Concrete SystemsDUCON® (Composite)DUCON® composites combine an infuseable ultra high-performance grout with a densely layered MicroMat® steel reinforcement system. The highly-engineered and test-proven system can be custom-designed to a project’s specific performance requirements.Elastic Modulus (ASTM C469)
StrengtheingDUCON® Micro-Reinforced Concrete SystemsDUCON® (Composite)DUCON® composites combine an infuseable ultra high-performance grout with a densely layered MicroMat® steel reinforcement system. The highly-engineered and test-proven system can be custom-designed to a project’s specific performance requirements.Tensile Strength (ASTM C496)
StrengtheingDUCON® Micro-Reinforced Concrete SystemsDUCON® (Composite)DUCON® composites combine an infuseable ultra high-performance grout with a densely layered MicroMat® steel reinforcement system. The highly-engineered and test-proven system can be custom-designed to a project’s specific performance requirements.Flexural Strength (ASTM C293)
StrengtheingVSL ® External Post-TensioningSTRUCTURAL TECHNOLOGIES’ external post-tensioning systems utilize high strength prestressing cables, strands and steel bars, and are used to increase or restore load-carrying capacity to a variety of structures. Post-tensioning is ideal for situations that require significant load capacity increases or deflection and/or crack controlUnbonded Monostrand SystemsVSL Monostrand Systems are coated with grease as a permanent corrosion inhibitor and sheathed in extruded plastic to provide double corrosion protection, as well as prevent any bonding between the strands and the surrounding concrete. In aggressive environments, special sleeves are used to join the sheaths to the anchorages, and each anchorage includes a protective cap. Available in diameters of 0.5" (13mm) and 0.6" (15mm), these light, flexible monostrands can be easily and rapidly installed.

StrengtheingVSL ® External Post-TensioningSTRUCTURAL TECHNOLOGIES’ external post-tensioning systems utilize high strength prestressing cables, strands and steel bars, and are used to increase or restore load-carrying capacity to a variety of structures. Post-tensioning is ideal for situations that require significant load capacity increases or deflection and/or crack controlVStrand™ Heat Resistive TendonsVSL’s innovative VStrand™ heat resistive tendons, have been developed to mitigate the detrimental thermal effects of a fire on the strength of the prestressing steel. These tendons are specially designed to promote fire protection for strengthening systems used in bridges, parking garages, and other structures where the risk of a potential fire is a concern.
StrengtheingVSL ® External Post-TensioningSTRUCTURAL TECHNOLOGIES’ external post-tensioning systems utilize high strength prestressing cables, strands and steel bars, and are used to increase or restore load-carrying capacity to a variety of structures. Post-tensioning is ideal for situations that require significant load capacity increases or deflection and/or crack controlBonded Multistrand SystemsVSL Bonded Multistrand Systems, used typically in bridges and transportation structures, have been successfully installed by VSL in commercial building construction and retrofit. A single multistrand tendon can hold up to 55 strands that are encased in HDPE plastic or steel duct and then encapsulated using a high performance grout.
StrengtheingTstrataTstrata Enlargement Systems™ bond additional reinforced concrete to existing structures and may be customized for any application. These systems are ideal for situations that require improved strength and stiffnessTstrata Enlargement SystemsTstrata Enlargement Systems™ bond additional reinforced concrete to existing structures. Our systems are used to increase or restore load-carrying capacity to a variety of structures. Customized for every application, enlargement and overlay systems are ideal for situations that require improved strength and stiffness.Safety Data Sheet
t’pot™Tensile Pull Off Testert'pot™Tensile Pull Off TesterThe t’pot™ Tensile Pull Off Tester covers a variety of pull test procedures for evaluating the tensile strength of a substrate material or the bond strength of a repair or overlay material. Pull off testings are used on many different substrates and repair materials. The t’pot™ is simple to use, with a self-aligning base that can be applied on various surfaces. Always refer to the specified test method or details on dolly size, load rate and test time.Stroke Indication PinThe stroke indication pin species the applied tension on the dolly. The pin moves upwards while the hand crank is turned in the + direction. For each pull off test reset the stroke indication pin to 0 or start position by turning in the - direction.