Post-Installed Anchors and Concrete Strengthening Products

Ultimate-performance injectable mortar for concrete-to-concrete and steel-to-concrete connections. ETA for anchoring in C1 and C2 seismic. ETA for rebar in fire and seismic. Suitable for demanding jobsite conditions including wet or underwater holes, deep embedments, and large diameters.

High-performance injectable hybrid mortar for everyday anchoring in concrete. Fast curing even at low temperatures and suitable for non-cracked concrete and natural stone. Designed for reliable performance in dry base materials and efficient on-site installation.

Ruggedly designed manual dispenser for tough jobsite conditions. Features minimal mortar drip after pressure release, smooth and easy operation, and a well-balanced design for improved handling and efficient application on site.

High-modulus carbon fibre pultruded laminates for plating and flexural reinforcement of concrete and masonry structures. Compliant with EN 1504-4, EN 2561, CNR DT 200/2004, and EC 2. Fiber content above 68% with tensile strength over 2,500 MPa. Bonded with epoxy adhesive for high-load beams, slabs, and bridge decks without overloading the structure.

High-strength carbon fibre fabric for wrapping and confinement of concrete and masonry structures. Available in unidirectional, bi-directional, and quadriaxial weaves with tensile strength 3,800 MPa. Compliant with EN 1504-3, EN 2561, CNR DT 200/2004, and EC 2. Drapes easily over columns, vaults, arches, and irregular surfaces in seismic upgrades.

High-strength bidirectional E-AR glass fibre fabric for wrapping and confinement of concrete and masonry structures. Balanced weave at 300–900 g/m² with tensile strength over 3,000 MPa and E-modulus 73 GPa. Compliant with EN 1504-4, CNR DT 200, and ACI 440. Drapes easily over columns, vaults, and uneven surfaces.

Pultruded carbon fibre reinforced polymer (CFRP) rod with improved bond surface for chemical anchoring and structural reinforcement of concrete and masonry. Diameter 10 mm with tensile strength >2,300 MPa and E-modulus >150 GPa. Installed with two-component epoxy injection mortar in drilled holes for rebar-style reinforcement or near-surface mounted strengthening.

Pultruded carbon fibre reinforced polymer (CFRP) rod with improved bond surface for chemical anchoring and structural reinforcement of concrete and masonry. Diameter 12 mm with tensile strength >2,300 MPa and E-modulus >150 GPa. Installed with two-component epoxy injection mortar in drilled holes for rebar-style reinforcement or near-surface mounted strengthening.

Carbon fibre staple connector for anchoring FRP fabric and laminate reinforcement to concrete and masonry substrates. 10 mm diameter bundled fibre yarn inserted into drilled holes filled with structural epoxy (Resin 75), then fanned and bonded to the FRP wrap. Used for shear anchoring, wall-to-vault connections, and termination of wrapping systems.

Glass fibre staple connector for anchoring FRP fabric and laminate reinforcement to concrete and masonry substrates. 10 mm diameter bundled fibre yarn inserted into drilled holes filled with structural epoxy, then fanned and bonded to the wrap. Cost-effective alternative to carbon anchors for lower-load applications and historic masonry.

Galvanized UHTSS steel cord connector for anchoring SRG/SRP steel fabric reinforcement to concrete and masonry substrates. 10 mm diameter with tensile strength 2,600 MPa and E-modulus 190 GPa. Installed in drilled holes filled with structural epoxy (Resin 75) or hydraulic lime grout (Limecrete IR) for high-load shear anchoring.

Mechanical end-anchorage system for termination and fixation of FRP laminates and fabrics at the ends of structural reinforcement runs. Available as steel plates, pre-impregnated fibre connectors, or hybrid bonded-mechanical systems to prevent premature debonding and ensure full stress transfer. Used in flexural strengthening of beams, slabs, and seismic retrofit of columns and walls.

High-performance two-component epoxy adhesive for impregnation and bonding of carbon, glass, and aramid fibre fabrics. Component A (resin base) — must be mixed with component B (hardener) at 3:1 ratio before use. Yields adhesion >2.5 MPa to concrete and >14 MPa to steel. CE-marked to EN 1504-4.

High-performance two-component epoxy adhesive for impregnation and bonding of carbon, glass, and aramid fibre fabrics. Component B (hardener) — must be mixed with component A (resin base) at 1:3 ratio before use. Yields adhesion >2.5 MPa to concrete and >14 MPa to steel. CE-marked to EN 1504-4.

High-performance two-component epoxy adhesive formulated for bonding carbon, glass, and aramid fibre fabrics and laminates onto steel structures. Component A (resin base) — must be mixed with component B (hardener) at 2:1 ratio before use. Yields adhesion >14 MPa to steel for reinforcement of beams, columns, and structural metalwork. CE-marked to EN 1504-4.

High-performance two-component epoxy adhesive formulated for bonding carbon, glass, and aramid fibre fabrics and laminates onto steel structures. Component B (hardener) — must be mixed with component A (resin base) at 1:2 ratio before use. Yields adhesion >14 MPa to steel for reinforcement of beams, columns, and structural metalwork. CE-marked to EN 1504-4.

Ultra-high-modulus two-component epoxy adhesive for bonding pultruded carbon fibre laminates (LAMELLE CFK) to concrete and masonry in high-load applications. Component A (resin base) — must be mixed with component B (hardener) at 2:1 ratio before use. E-modulus of 12,000 MPa for superior stiffness and stress transfer. CE-marked to EN 1504-4.

Ultra-high-modulus two-component epoxy adhesive for bonding pultruded carbon fibre laminates (LAMELLE CFK) to concrete and masonry in high-load applications. Component B (hardener) — must be mixed with component A (resin base) at 1:2 ratio before use. E-modulus of 12,000 MPa for superior stiffness and stress transfer. CE-marked to EN 1504-4.

Ultra-high-modulus two-component epoxy adhesive for bonding pultruded carbon fibre laminates (LAMELLE CFK) onto steel structures in high-load reinforcement. Component A (resin base) — must be mixed with component B (hardener) at 2:1 ratio before use. E-modulus of 12,000 MPa for superior stiffness and stress transfer to steel beams, columns, and metalwork. CE-marked to EN 1504-4.

Ultra-high-modulus two-component epoxy adhesive for bonding pultruded carbon fibre laminates (LAMELLE CFK) onto steel structures in high-load reinforcement. Component B (hardener) — must be mixed with component A (resin base) at 1:2 ratio before use. E-modulus of 12,000 MPa for superior stiffness and stress transfer to steel beams, columns, and metalwork. CE-marked to EN 1504-4.

High-performance three-component epoxy injection mortar for chemical anchoring of pultruded carbon and basalt rods (BARRA CFK/BFK) and structural crack injection. Component A (resin base) — must be mixed with component B (hardener) and component F (quartz filler) at 10:5:15 ratio before use. Suitable for vertical, overhead, deep, and damp holes in concrete and masonry. CE-marked to EN 1504-4.

High-performance three-component epoxy injection mortar for chemical anchoring of pultruded carbon and basalt rods (BARRA CFK/BFK) and structural crack injection. Component B (hardener) — must be mixed with component A (resin base) and component F (quartz filler) at 5:10:15 ratio before use. Suitable for vertical, overhead, deep, and damp holes in concrete and masonry. CE-marked to EN 1504-4.

High-performance three-component epoxy injection mortar for chemical anchoring of pultruded carbon and basalt rods (BARRA CFK/BFK) and structural crack injection. Component F (quartz aggregate filler) — must be blended with component A (resin base) and component B (hardener) at 15:10:5 ratio before use. Provides body and thixotropy for overhead injection, deep embedments, and large-diameter holes. CE-marked to EN 1504-4.

Three-component epoxy structural adhesive specifically formulated for application on high-moisture and damp substrates where standard epoxies fail. Component A (resin base) — must be mixed with component B (hardener) and component F (quartz filler) at 4:2:4 ratio before use. Suitable for structural repair, anchoring, and bonding on wet concrete, masonry, and underwater elements. CE-marked to EN 1504-4.

Three-component epoxy structural adhesive specifically formulated for application on high-moisture and damp substrates where standard epoxies fail. Component B (hardener) — must be mixed with component A (resin base) and component F (quartz filler) at 2:4:4 ratio before use. Suitable for structural repair, anchoring, and bonding on wet concrete, masonry, and underwater elements. CE-marked to EN 1504-4.

Three-component epoxy structural adhesive specifically formulated for application on high-moisture and damp substrates where standard epoxies fail. Component F (quartz aggregate filler) — must be blended with component A (resin base) and component B (hardener) at 4:4:2 ratio before use. Provides body and workability for vertical, overhead, and underwater patching. CE-marked to EN 1504-4.

Ready-mixed cementitious skim-coat mortar for thin-layer smoothing, levelling, and surface preparation of concrete and masonry substrates. Non-shrink, fibre-reinforced formulation free from expansive metals and chlorides, characterized by high adhesion and durability. Suitable as render before FRP/FRCM reinforcement application or as standalone finishing coat.

Ready-mixed fluid self-levelling cementitious mortar for horizontal application on concrete floors, slabs, and damaged flooring systems. Non-shrink formulation with high adhesion and mechanical resistance for restoration of industrial pavements and substrate preparation. Suitable for floor levelling, repair, and consolidation under coatings or reinforcement systems.