Steel bars, fabrics and accessories for structural and anti‑seismic reinforcement of concrete and masonry

Hardwire™ unidirectional, extra‑high strength galvanized steel fibre sheets, made of steel micro‑cords, fixed to a fibreglass micromesh. GeoSteel G600 is specific for use in structural strengthening in combination with GeoCalce^® and GeoLite^® mineral matrices or GeoLite® Gel organic matrix according to project and site requirements.

Hardwire™ unidirectional, extra‑high strength galvanized steel fibre sheets, made of steel micro‑cords, fixed to a fibreglass micromesh. GeoSteel G1200 is specific for use in structural strengthening in combination with GeoCalce^® and GeoLite^® mineral matrices or GeoLite^® Gel organic matrix according to project and site requirements.

Hardwire™ unidirectional, extra‑high strength galvanized steel fibre sheets, made of steel micro‑cords, fixed to a fibreglass micromesh. GeoSteel G2000 is specific for use in structural strengthening in combination with GeoLite^® Gel organic matrix.

Hardwire™ unidirectional, extra‑high strength galvanized steel fibre sheets, made of steel micro‑cords, fixed to a fibreglass micromesh. GeoSteel G3300 is specific for use in structural strengthening in combination with GeoLite^® Gel organic matrix.

Balanced bi‑axial mesh made of special basalt fibre and AISI 304 stainless steel micro‑threads, welded and protected with alkali‑resistant treatment, guarantees stability and performance in both directions. Easy to apply, specific for perfect meshing with GeoCalce^® and Biocalce^® mineral matrices according to project and site requirements.

Balanced bi‑axial mesh made of special basalt fibre and AISI 304 stainless steel micro‑threads, welded and protected with alkali‑resistant treatment, guarantees stability and performance in both directions. Easy to apply, specific for perfect meshing with GeoCalce^® F Antisismico.

Balanced bi‑axial mesh made of alkali‑resistant basalt fibre, specific to reinforce and repair structural elements or protect non‑structural elements at risk of break‑away and collapse.

Bi‑axial mesh made of alkali‑resistant glass and aramid fibre, specific for strengthening, the improvement and the anti‑seismic adaptation for low thickness in reinforced concrete buildings, with brick infill, and masonry structures.

The AISI 304/316 stainless steel helical bar, with a 8 mm diameter, is a high mechanical performance stainless steel helical bar for dry binding of structural elements using the Helifix® patented installation system.

The AISI 304/316 stainless steel helical bar, with a 10 mm diameter, is a high mechanical performance stainless steel helical bar for dry binding of structural elements using the Helifix^® patented installation system.

The AISI 316 stainless steel helical bar, with a 12 mm diameter, is a high mechanical performance stainless steel helical bar for dry binding of structural elements using the Helifix® patented installation system.

AISI 304 stainless steel helical bar, with a 6 mm diameter, with high mechanical performance stainless steel helical bar for reinforced grouting of joints using the Helifix^® patented installation system.

AISI 304 stainless steel “T” connector between the Steel Helibar^® 6 stainless steel helical bar, installed inside the exposed wall surface joints, and the Steel DryFix^® 10 stainless steel helical bars, installed to create the dry joining of masonry.

Polypropylene and fibreglass injector, specific thread connector systems, made directly from the extra‑strong GeoSteel Hardwire™ galvanised steel fibre sheets range. Ideal to create fibre thread connecting systems for GeoSteel mesh band and mesh sheet strengthening elements.

Retractable insert, in fibreglass‑reinforced polypropylene, specific to anchor Steel DryFix^® 8 stainless steel helical bars. The system allows effective mechanical connection of band and widespread strengthening systems created using the GeoSteel range of meshes on vertical load‑bearing walls, arches and domes or for consolidation of brick and cement floor slabs subject to break‑away of the bottom layer.

Retractable insert, in fibreglass‑reinforced polypropylene, specific to anchor Steel DryFix^® 10 stainless steel helical bars. The system allows effective mechanical connection of band and widespread strengthening systems created using the GeoSteel range of meshes on vertical load‑bearing walls, arches and domes or for consolidation of brick and cement floor slabs subject to break‑away of the bottom layer.

Patented driver attachment for installation of Steel DryFix^® 8 stainless steel helical bars.

Patented driver attachment for installation of Steel DryFix^® 10 – 12 stainless steel helical bars.

Kit containing 3 steel extensions 20 ‑ 40 ‑ 60 cm in length for installation of Steel DryFix^® 10 AISI 316 stainless steel helical bars, complete with housing for connection to the Inox DryFix^® 10‑12 Driver attachment.

Manual bender to shape the GeoSteel G600 ‑ 1200 ‑ 2000 ‑ 3300 ultra‑high strength galvanized steel fibre sheet.

Pneumatic bender to shape the GeoSteel G600 ‑ G1200 ‑ 2000 ‑ 3300 extra‑high strength galvanized steel fiber sheets.