Structural Reinforcement System

Package: Bulk in silo-25 kg sacks-70 sacks-17.50 QL footboards

Usage: Indoor/outdoor

Colour: Hazelnut

Particle size: ≤ 1.3 mm

Yield: As plaster 14 kg/mq per cm thick • As mortar 15/16 kg/sqm of masonry with bricks 8 cm

Technical data according to Norm UNI EN 998-1

Compression resistance at 28 days EN 1015-11:17, 5n/mm ² (CSIV)

Overhead Rate. of RESIST. to the PASS. Steam EN 1015-19: 20 ≤ μ

Absorption. Capillary water EN 1015-18: W0 • Type "I": W1

Thermal conductivity EN 1745: λ 10, dry, mat = 0.47 W/MK

Fire resistance according to D. M. of 16/02/2007: REI 120 

Technical data according to Norm UNI EN 998-2

Compression resistance at 28 days EN 1015-11: M15 (17, 5n/mm)

Overhead Rate. of RESIST. to the PASS. Steam EN 1015-19: 5 < μ < 20

Absorption. Capillary water EN 1015-18: > 0.55 Kg (m² • min ⁰ ' ⁵)

Type "I": ≤ 0.40 Kg (m² • min ⁰ ' ⁵)

Thermal conductivity EN 1745: λ 10, dry, mat = 0.47 W/MK

Fire resistance according to D. M. of 16/02/2007: REI 120

Technical data according to Norm UNI EN 1504-3

Compression resistance at 28 days EN 12190:15 MPa (class R1)

Chloride ion Content "C1": ≤ 0.5%

Adhesion Bond EN 1542: ≥ 0.8 N/mm ²

High-strength mortar for structural use, with Csiv compression resistance class according to En 998-1, M10 according to En 998-2 and R1 according to En 1504-3, based on natural lime and cement, with controlled shrinkage, for internal and external background plasters, for the Reinforcement of masonry structures, for concrete-reinforced cement with the structural reinforcement system Malvin NET, which uses preformed nets, connectors and accessories in GFRP (Glass fibre Reinforced Polymer) (* FIBRE NET), or FRP nets (fibre Reinforced Polymer) AR GLASS (alkaline resistant) and connectors in stainless steel AISI 304 cold drawn, both on the wall and on the vaults for restoration and reinforcement of masonry (CUCI and Scuci), remaking of entrapment mortar in the connections or for the entrapment of masonry To be applied by plasters or by hand. Suitable for heavy coatings type: Marble, clinker, natural stone, ceramics, etc. Available fibre-reinforced with a special composition of polypropylene fibres, specially studied "FR" type and repellent type "I".

Technical data according to Norm UNI EN 998-1

Compression resistance at 28 days EN 1015-11:10n/mm ² (CSIV)

Overhead Rate. of RESIST. to the PASS. Steam EN 1015-19: 15 ≤ μ

Absorption. Capillary water EN 1015-18: W0 • Type "I": W2

Thermal conductivity EN 1745: λ 10, dry, mat = 0.47 W/MK

Fire resistance according to D. M. of 16/02/2007: REI 120

Technical data according to Norm UNI EN 998-2

Compression resistance at 28 days EN 1015-11: M10 (11, 5n/mm)

Overhead Rate. of RESIST. to the PASS. Steam EN 1015-19: 5 < μ < 20

Absorption. Capillary water EN 1015-18: > 0.50 Kg (m² • min ⁰ ' ⁵)

Type "I": ≤ 0.40 Kg (m² • min ⁰ ' ⁵)

Thermal conductivity EN 1745: λ 10, dry, mat = 0.47 W/MK

Fire resistance according to D. M. of 16/02/2007: REI 120

Technical data according to Norm UNI EN 1504-3

Compression resistance at 28 days EN 12190: 10 MPa (class R1)

Chloride ion Content "C1": ≤ 0.5%

Adhesion Bond EN 1542: ≥ 0.8 N/mm ²

High strength mortar for structural use, with Csiv compression resistance class according to En 998-1, M15 according to En 998-2 and R1 according to En 1504-3, based on natural lime and cement, with controlled shrinkage, for internal and external background plasters, for the Reinforcement of masonry structures, for the realisation of concrete-reinforced cement with the structural reinforcement system Malvin NET, which uses preformed nets, connectors and accessories in GFRP (Glass fibre Reinforced Polymer) (* FIBRE NET), or FRP nets (fibre Reinforced Polymer) AR GLASS (alkaline resistant) and connectors in stainless steel AISI 304 cold drawn, both on the wall and on the vaults for restoration and reinforcement of masonry (CUCI and Scuci), remaking of entrapment mortar in the connections or for the entrapment of masonry To be applied by plasters or by hand. Suitable for heavy coatings type: Marble, clinker, natural stone, ceramics, etc. Available fibre-reinforced with a special composition of polypropylene fibres, specially studied "FR" type and repellent type "I".

Package: Bulk in silo-25 kg sacks-70 sacks-17.50 QL footboards

Usage: Indoor/outdoor

Colour: Grey

Particle size: ≤ 1.3 mm

Yield: As plaster 14 kg/mq per cm thick • As mortar 15/16 kg/sqm of masonry with bricks 8 cm 

Technical data according to Norm UNI EN 998-1

Compression resistance at 28 days EN 1015-11: 15n/mm ² (CSIV)

Overhead Rate. of RESIST. to the PASS. Steam EN 1015-19: 15 ≤ μ

Absorption. Capillary water EN 1015-18: W0 • Type "I": W2

Thermal conductivity EN 1745: λ 10, dry, mat = 0.47 W/MK

Fire resistance according to D. M. of 16/02/2007: REI 120

Technical data according to Norm UNI EN 998-2

Compression resistance at 28 days EN 1015-11: M15 (15n/mm)

Overhead Rate. of RESIST. to the PASS. Steam EN 1015-19: 5 < μ < 20

Absorption. Capillary water EN 1015-18: > 0.50 Kg (m² • min ⁰ ' ⁵)

Type "I": ≤ 0.20 Kg (m² • min ⁰ ' ⁵)

Thermal conductivity EN 1745: λ 10, dry, mat = 0.47 W/MK

Fire resistance according to D. M. of 16/02/2007: REI 120

Technical data according to Norm UNI EN 1504-3

Compression resistance at 28 days EN 12190:15 MPa (class R1)

Chloride ion Content "C1": ≤ 0.5%

Adhesion Bond EN 1542: ≥ 0.8 N/mm ²

Bio-Malta high-strength eco-compatible, available type 10 with Csiv compression resistance class in accordance with EN 998-1, M10 according to En 998-2 and R1 according to En 1504-3, based on natural NHL hydraulic lime According to En 459-1, metacaolini and reactive compounds Inorganic, with high breathability, specific for the consolidation of masonry structures, for reinforced concrete with the structural reinforcement system Malvin NET, which uses preformed nets, connectors and accessories in GFRP (Glass Fibre Reinforced Polymer) (* FIBRE NET), AR GLASS (Fiber Reinforced Polymer) FRP (alkaline resistant) and connectors in stainless steel AISI 304 cold drawn or with electro-welded mesh both on the wall and on the vaults for restoration and reinforcement of masonry works (Cuci and Scuci ), remaking of entrapment mortar in the connections or for entrapment of bearing walls, to be applied with plasters or by hand. The characteristics of the natural hydraulic lime in NHL are such as to guarantee a very slow and steady hydraulic hardening that allows to obtain mortars with high durability and breathability, the addition of Metacaolini combined with an appropriate granulometric curve, improves and enhances the structural performance. It does not form barriers to steam and does not contain solvents. Recyclable as inert at the end of life. Specific for the preservation of historical conservatively, thanks to the natural origin of its components that respect the nature of the materials originating from the structures of historical interest. Available fibre-reinforced with a special composition of polypropylene fibres specially studied "FR" type and repellent type "I".

Package: Bulk in silo-25 kg sacks-70 sacks-17.50 QL footboards

Usage: Indoor/outdoor

Colour: Grey

Particle size: ≤ 1.3 mm

Yield: As plaster 14 kg/mq per cm thick • As mortar 15/16 kg/sqm of masonry with bricks 8 cm

Technical data according to Norm UNI EN 998-1

Compression resistance at 28 days EN 1015-11: 11, 5n/mm ² (CSIV)

Overhead Rate. of RESIST. to the PASS. Steam EN 1015-19: 5 ≤ μ ≤ 20

Absorption. Capillary water EN 1015-18: W0 • Type "I": W1

Thermal conductivity EN 1745: λ 10, dry, mat = 0.47 W/MK

Fire resistance according to D. M. of 16/02/2007: REI 120

Technical data according to Norm UNI EN 998-2

Compression resistance at 28 days EN 1015-11: M10 (11, 5n/mm)

Overhead Rate. of RESIST. to the PASS. Steam EN 1015-19: 5 < μ < 20

Absorption. Capillary water EN 1015-18: > 0.55 Kg (m² • min ⁰ ' ⁵)

Type "I": ≤ 0.40 Kg (m² • min ⁰ ' ⁵)

Thermal conductivity EN 1745: λ 10, dry, mat = 0.47 W/MK

Fire resistance according to D. M. of 16/02/2007: REI 120

Technical data according to Norm UNI EN 1504-3

Compression resistance at 28 days EN 12190: 10 MPa (class R1)

Chloride ion Content "C1": ≤ 0.5%

Adhesion Bond EN 1542: ≥ 0.8 N/mm ²

Eco-friendly, high-strength Bio-mortar, type 15 with Csiv compression resistance class in accordance with EN 998-1, M15 according to En 998-2 and R1 according to En 1504-3, based on NHL natural hydraulic lime under en 459-1, metacaolini and inorganic reactive compounds, with high breathability, specific for the consolidation of masonry structures, for use in concrete mixers with the structural reinforcement system Malvin NET, which uses preformed nets, connectors and accessories in GFRP (Glass fibre Reinforced Polymer) (* FIBRE NET), AR GLASS (Fibre Reinforced Polymer) FRP (alkaline resistant) and connectors in stainless steel AISI 304 cold drawn or electrically welded in the wall and on the vaults for restoration and reinforcement of masonry works (Cuci and Scuci), remaking of mortar of entrapment in connection or for entrapment of load-bearing masonry, to be applied by plastered or by hand. The characteristics of the natural hydraulic lime in NHL are such as to guarantee a very slow and steady hydraulic hardening that allows to obtain mortars with high durability and breathability, the addition of Metacaolini combined with an appropriate granulometric curve, improves and enhances the structural performance. It does not form barriers to steam and does not contain solvents. Recyclable as inert at the end of life. Specifically for the preservation of historical conservation, thanks to the natural origin of its components that. They respect the nature of materials originating in structures of historical interest. Available fibre-reinforced with a special composition of polypropylene fibres specially studied "FR" type and repellent type "I".

Package: Bulk in silo-25 kg sacks-70 sacks-17.50 QL footboards

Usage: Indoor/outdoor

Colour: Grey

Particle size: ≤ 1.3 mm

Yield: As plaster 14 kg/mq per cm thick • As mortar 15/16 kg/sqm of masonry with bricks 8 cm 

Technical data according to Norm UNI EN 998-1

Compression resistance at 28 days EN 1015-11: 17, 5n/mm ² (CSIV)

Overhead Rate. of RESIST. to the PASS. Steam EN 1015-19: 5  ≤ μ ≤ 20

Absorption. Capillary water EN 1015-18: W0 • Type "I": W1

Thermal conductivity EN 1745: λ 10, dry, mat = 0.47 W/MK

Fire resistance according to D. M. of 16/02/2007: REI 120

Technical data according to Norm UNI EN 998-2

Compression resistance at 28 days EN 1015-11: M15 (17, 5n/mm)

Overhead Rate. of RESIST. to the PASS. Steam EN 1015-19: 5 < μ < 20

Absorption. Capillary water EN 1015-18: > 0.55 Kg (m² • min ⁰ ' ⁵)

Type "I": ≤ 0.40 Kg (m² • min ⁰ ' ⁵)

Thermal conductivity EN 1745: λ 10, dry, mat = 0.47 W/MK

Fire resistance according to D. M. of 16/02/2007: REI 120

Technical data according to Norm UNI EN 1504-3

Compression resistance at 28 days EN 12190: 15 MPa (class R1)

Chloride ion Content "C1": ≤ 0.5%

Adhesion Bond EN 1542: ≥ 0.8 N/mm ² 

Pre-formed mesh in fibre-reinforced composite material G.F.R.P. (Glass fibre Reinforced Polymer) (* FIBRE NET) for structural consolidation of flooring, ceilings, vaults and masonry in concrete, bricks, stone, tuff, limestone, monolithic square mesh Size 33x33 mm, produced with Textrusion technology, consisting of AR (alkaline resistant) glass fibre with a zirconium content of 16% or more, and vinyl-ester-type thermosetting resin, weaving with multiple twisting warp and weft sandwiched between the warp fibres.

Packing: Rolls height 2 m-Mesh 33x33 mm

Surface 40m-weight 40 kg

Surface 60m-weight 60 kg

Medium thickness CNR-DT 200 and 203: 3 mm

Colour: Green

Average traction axial stiffness and ISO 527-4.5: 230 KN

Nominal section of the single bar CNR-DT 200 and 203:10 mm

Tensile strength of single bar ISO 527-4.5:3.5 KN

Elongation at breakage ISO 527-4.5:1.5%

Pre-formed mesh in fibre-reinforced composite material G.F.R.P. (Glass fibre-reinforced Polymer) (* FIBRE NET) for structural consolidation of flooring, ceilings, vaults and masonry in concrete, bricks, stone, tuff, limestone, monolithic square mesh Size 66x66mm, produced with Textrusion technology, consisting of AR (alkaline resistant) glass fibre with a zirconium content of 16% or more, and vinyl-ester-type thermosetting resin, weaving with multiple twisting warp and weft Sandwiched between the warp fibres.

Packing: Rolls height 2 m-Mesh 66x66 mm

Surface 40 m-weight 20 kg • Surface 60 m-weight 30 kg

Surface 80 m-weight 40 kg • Surface 100 m-weight 50 kg

Medium thickness CNR-DT 200 and 203:3 mm

Colour: Green

Average traction axial stiffness and ISO 527-4.5: 230 KN

Nominal section of the single bar CNR-DT 200 and 203:10 mm

Tensile strength of single bar ISO 527-4.5: 3.5 KN

Elongation at breakage ISO 527-4.5:1.5%

Pre-formed "L" connector in fibre-reinforced composite material G.F.R.P. (glass fibre reinforced Polymer) (* FIBRE NET), for connection of G.F.R.P. masonry and vaults in concrete, stone, bricks and tuff, consisting of AR glass fibre (alkaline resistant) with a zirconium content of 16% or more, and a vinylester-epoxy type thermosetting resin.

Size:

Long side length from 100 to 1000 mm

Short side length from 80 to 100 mm

Section: 10x7mm

Average traction axial stiffness: EA1847 KN

Nominal section of single bar: 10 mm

Tensile strength: 31 KN

Elongation at breakage: 1.7%

Preformed angular element in fibre-reinforced composite material G.F.R.P. (Glass fibre Reinforced Polymer) (* FIBRE NET) for structural consolidation of masonry, pillars and elements in concrete, stone, bricks and tuff, green colour, preformed with Fold to 90 °, composed of grid mesh 33x33/66x66/99x99 mm, medium thickness 3 mm, height 2.00 m and width 33 cm per side, made with roving of alkaline glass resistant impregnated with thermosetting resin epoxy-vinylester.

Packaging: Angular element height 2 m-Available mesh 33x33-66x66-99x99 mm

Standard Pallet: Max 150 elements

Medium thickness CNR-DT 200 and 203: 3 mm

Single section bar CNR-DT 200 and 203:10 mm

Average traction axial stiffness and ISO 527-4.5:,230 KN

For the distribution of loads in G.F.R.P. (Glass fibre Reinforced Polymer) (* FIBRE NET), to be associated with the connectors; Composed of 33x33 mm mesh sheet in fibre-reinforced composite material.

Packaging: 25, 100, and 500 pieces

Size: 150x150 mm

Preformed bar in fibre-reinforced composite material G.F.R.P. (glass fibre Reinforced Polymer), consisting of chemically resistant glass fibre and polyester thermosetting resin, with an improved adhesion obtained with sand coating. Quartz and resin, 6 mm diameter, maximum bar le ngth 6 m, for sewing or moulding for connections and filming.

Package: Single Piece

Available length: from 2 m to 6 m

Diameter from 6 to 24 mm

Tensile strength medium ASTM d790 standards: 800 MPa

Medium bending elastic modulus ASTM d790 standards: 35 GPA

Impact resistance (Charpy) ASTM D5942: 250 Kj/m2

Package: 400ml cartridges • 12-piece Box

Storage temperature: + 5 °c/+ 30 ° C

Operating temperature:-40 °c/+ 40 ° C

Maximum long-term temperature: + 24 °c

Storage time in optimum conditions: 12 months

Unidirectional carbon fibre welded fabric, for reinforcement of reinforced concrete structures, masonry, wood and steel. Made with high tenacity carbon fibres.

Packaging: Rolls Length: 50-100 m • Belt width: 10-20-50 cm section of reinforcement CNR-DT 200:17 to 110 MMQ

Weight of fibre in the belt: from 300 to 400 g/sq. m

Tensile strength of the belt: ≥ 3000/3500 MPa

Tensile strength of fibre: 4200/4800 MPa

Tensile elastic tape and Fibre module: 240/390 GPA

Elongation at fibre rupture: ≥ 0.8/1.5%

Unidirectional glass fibre welded fabric, for reinforcing reinforced concrete structures, masonry, wood and steel. Made with corrosion-resistant glass fibres.

Packaging: Rolls Length: 50-100 m • Belt width: 10-20-50 cm section of reinforcement CNR-DT 200:17 mm

Tensile strength of the belt: ≥ 2000 MPa

Tensile strength of fibre: 2500 MPa

Elastic modulus: 73 gpa

Elongation at fibre rupture: ≥ 3.5%

Thermo-welded bidirectional fabric in carbon fibre, for the reinforcement of concrete structures, masonry, wood and steel. Made with high-tenacity carbon fibres.

Packaging: Rolls Length: 50-100 m • Belt width: 100 m • Mesh size 8x8 to 12x12

Weight: from 120gr/sqm to 220gr/sqm

Tensile strength of the belt: ≥ 2000 MPa

Tensile strength of fibre: 4800 MPa

Tensile Elastic Fibre module: 240 GPA

Elongation at fibre rupture: ≥ 1.5%

Packaging: Rolls Length: 50 m • Belt width: 100-127 cm

Weight: from 300gr/M to 600gr/m

Tensile strength of the belt: ≥ 2000 MPa

Tensile strength of fibre: 4800 MPa

Elastic modulus: 240 gpa

Elongation at fibre rupture: ≥ 2.0%

Connector (plug) drill bit in stainless steel AISI 304 cold-drawn helical shape.

Package: 1 Mt. Bar-Pack of 60 PCs.

Diameter: VT06 = Ø 6 • VT08 = Ø 8 • VT10 = Ø 10

Area of section: VT 06 = 9.10 mm • VT08 = 10.80 mm • VT10 = 12.80 mm

Tear Resistance: 9.90 KN

Carbon fibre pultrused foil for reinforcement of reinforced concrete, wood and steel structures. Made with high tenacity carbon fibres.

Package: Packs from: 25-50-100 m • Thickness 1.4 mm

Width of foil: from 5-8-10-12-15 cm

Fibre Trazine Breaking voltage ASTM D3039: 4800 MPa

Tensile breaking voltage ASTM D3039: ≥ 1800/2000 MPa

Tensile elastic modulus ASTM D3039: 160/240gpa

Elongation at fibre rupture ASTM D3039: ≥ 0.8/1.3%

Packaging: Long bars 2-6 m • Diameter from 8-10-12-16 mm

Bar breaking load: ≥ 40/75/120 KN

Elastic Bar module: 130 GPA

Tensile strength of fibre: 4200 MPa

Elongation at fiber rupture: 2.1%

Fbepox 01 is a low-viscosity epoxy resin that can be used as a primer for surface preparation prior to the application of adhesive resins and carbon fibre reinforcement (fabric or foil). The product is supplied in two components, the resin and the catalyst, the dosage of which must be performed by weighing in a proportion of 2:1.

Package:

• 6.0 kg (4kg component A and 2.0 kg component B)

• 1.5 kg (1kg component A and 0.5 kg component B)

Adhesion to concrete: > 3mpa

Tensile strength: > 45 MPa

Bending strength: > 40 MPa

Consumption: approximately 300g/m2

Preformed structural grid glass AR GLASS fibre (alkaline-resistant) woven with PVA, suitable for structural reinforcement and consolidation of masonry, slabs, screed, vaults, concrete and paving. Suitable for the anti-denting of slabs and for the anti-tipping of primary and secondary partitions.

Package:

Rolls: Height 100 cm, length 25 m

Rolls: Height 200 cm, length 25 m

Weight g/sq. m: 550

Colour: Red

Mesh Light: 18x16 mm

Tensile strength weft: 110 KN/M

Warp tensile strength: 110 KN/M

Preformed structural grid glass fibreAR GLASS fibre (alkaline resistant) woven with PVA, suitable for structural reinforcement and consolidation of masonry, slabs, screed, vaults, concrete and paving. Suitable for anti-denting slabs and for anti-tipping primary and secondary partitions.

Package:

Rolls: Height 100 cm, length 25 m

Rolls: Height 200 cm, length 25 m

Panels: Height 100 cm, length 2 m - Weight g/sq. m: 430

Colour: Red

Mesh Light: 40x30 mm

Tensile strength Weft: 89 KN/M

Warp tensile strength: 83 KN/M

Package:

Rolls 1x25 M-pallets of 375 m

Panels 1x2 M-pallets of 1000 m

Weight g/sq. m: 340

Colour: Red

Mesh Light: 40x40 mm

Tensile strength texture UNI 9311/5: 59 KN/M

Tensile strength warp UNI 9311/5: 108 KN/M

Fibreglass Mesh, F.R.P. (fiber Reinforced Polymer), made up of glass fibre AR (alkaline resistant) with a minimum zirconium content of 17% PVA. For structural consolidation of flooring, slabs, vaults and masonry in concrete, bricks, stone, tuff, limestone with square mesh monolithic.

Package:

Rolls 1x50 M-pallets of 550 m

Rolls 2x50 M-pallets of 1100 m

Colour: Red

Mesh Light: 50x50 mm

Tensile strength weft: 56 KN/M

Warp tensile strength: 53 KN/M

Fibreglass Mesh, F.R.P. (fiber Reinforced Polymer), made up of glass fibre AR glass (alkaline resistant) with a minimum zirconium content of 17% at English Revolution, PVA. For reinforcement and consolidation for anti-melting: lower surface of ceilings, terraces, cornice and arcades.

Package:

Rolls 1x50 M-pallets of 900 m

Panels 1x2 M-Pallets of 2000 m

Fibreglass Mesh, F.R.P. (fibre-reinforced Polymer), made up of glass fibre AR (alkaline resistant) with a minimum zirconium content of 17%, PVA. For reinforcement and consolidation for anti-melting: lower surface of ceilings, terraces, cornice and arcades.

Package:

Rolls 1x50 M-pallets of 1000 m

Weight g/sq. m: 115

Colour: Red

Mesh Light: 13x13 mm

Tensile strength Texture UNI 9311/5: 32 KN/M

Tensile strength warp UNI 9311/5: 32 KN/M

Malvin TEX 750 is a unidirectional fabric in stainless steel uhtss alkaline resistant and high resistance polyester yarns. For its specific composition it is particularly handling and shapable, with excellent mechanical properties and high durability. Thanks to the specific mechanical and structural characteristics, Malvin Tex 750 is particularly suitable for use in structural reinforcement and seismic adaptation/improvement for tackle connection systems.

Packaging: Cm15 x M50 rolls

Weight g/sq. m: 750

Colour: Stainless Steel

Warp tensile strength: 302 KN/M

The MALVIN BASALT 190 network is a balanced biaxial network made of basalt fiber, with a special alkali-resistant protective treatment and microfilms heat-sealed to each other in order to guarantee a stable fabric in both directions and easy to apply. Thanks to the excellent characteristics of the basalt yarn, combined with the special alkali-resistant treatment, it improves the adhesion to the mineral matrix and the overall performance of the reinforcement system. The structural reinforcement mesh is thus very manageable, easy to work and can be installed on any properly prepared support, excellentmechanical properties and high durability.

Carbon fibre lattice. Suitable for structural reinforcement in masonry, arches and vaults. Suitable for seismic adaptation of structures sited in risky areas

Packing: Rolls 1x50

Colour: Bronze

Weight: Type 170-170 gr x MQ • Type 300-300 gr x MQ 

Mesh Light: Type 170-15x15 mm • Type 300-10x10 mm

Tensile strength: ≥ 5000 MPa

Elastic modulus: ≥ 245 gpa

Malvin Steel TEX are uni-directional galvanized steel fabrics, suitable for structural reinforcement in Maratura, arches and vaults. Suitable for the seismic adaptation of structures site in risky areas.

Color: Brass

Packaging: Type 650-Rolls cm30x25m • Type 750-rolls cm 15x50m

Weight: Type 650-650 gr x MQ • Type 750-750 gr x MQ

Tensile strength: Type 650-2400 MPA • Type 750-2570 MPa

Elastic modulus: Type 650-> 200 GPA • Type 750-> 195 GPA

Metal washer with holes to improve GRIP. Suitable for the connection of nets.

Total Diameter: 70 mm

Bore Diameter: 9 mm

Thickness: 8/10

Color: Zinc Plated

STAINLESS STEEL 5 HOLE BRACKET.

DIAMETER: 120x35 mm

NUMBER OF HOLES: 5 mm

COLOUR: Zinc plated

4 WAY UNIVERSAL RAWLPLUG

Gusset IN Naylon: 8x40 mm

Drilling Diameter: 8 mm

Color: Red

Zinc plated Screw: 6x70 mm

Color: Zinc Plated

 SELF-TAPPING SCREW FOR CONCRETE 7.5 X 100. Suitable for the connection of nets.

DIAMETER OF THE HOLE: 6 mm

MINIMUM DEPTH OF THE HOLE: 40 mm

MINIMUM INSTALLATION DEPTH: 30 mm

MINIMUM THICKNESS OF THE SUPPORT: 60 mm

HEAD DIAMETER: 11.5 mm

BREAKING TRACTION: 22 kN

Self-tapping screw for metal 8 X 60.

Maximum fixable thickness: 52 mm

Key:T40

Head Diameter: 17 mm

Traction: 19 KN

NYLON FIXING FLANGE 60 mm DIAMETER WITH AGGRAPPY SURFACE. Suitable for the connection of the networks in the works of ANTISFONDELLAMENTO.

FIXING DIAMETER: 58 mm

HOLE DIAMETER: 8 mm

COLOR: Red

Fbkit-L50X130GALV connection system to be combined with the anti-foning system, made up of galvanised steel angular and screw connections, for anchoring the dividing line and vertical walls. The angle is 1.5 mm thick, wing to be anchored on the partition of size 50 mm x 50 mm, duly drilled for the application of a connection made by nylon dowel and screw. The wing at the floor has a size of 50x130 mm, with 3 holes with 25 mm wheelbase positioned along the main part and is provided with a self-tapping screw connection complete with washer of 1.5 mm thickness. All made of galvanised steel. The connection is to be expected at the ends of the lengths to be anchored with a maximum distance of 100 cm.

Fbkit-L50X130INOX connection system to be combined with the anti-foning system, made up of stainless steel angular and screw connections, for anchoring the dividing line and vertical walls. The angle is 1.5 mm thick, wing to be anchored on the partition size 50x50 mm, duly drilled for the application of a connection made by nylon dowel and screw. The wing at the floor has a size of 50x130 mm, with 3 holes with 25 mm wheelbase positioned along the main direction and is provided with a self-tapping screw connection complete with washer of 1.5 mm thickness. All made of class A2 or higher stainless steel. The connection is to be expected at the ends of the lengths to be anchored with a maximum distance of 100 cm.

Pre-formed network made of fibre-reinforced composite material G.F.R.P. (Glass Fibre Reinforced Polymer), for the securing of mixed floors, produced with TextrusionTM technology, with a main square monolithic mesh size of 66x66 mm, made of AR glass fibre (Alkaline Resistant) with a zirconium content of 16% or more , and thermosetting resin of vinylester-epoxy type, weaving with a multiple twisting warp and flat weft inserted between the warp fibres, average thickness 3 mm, having n. 15 bars / meter / side, axial tensile rigidity EA 230 kN, nominal section of the single bar 10 mm2, elastic modulus with equivalent traction 23000 N / mm2, tensile strength of the single 3.5 kN bar, elongation at break 1.5 %. Secondary mesh size 33x66mm, for interposing a fiberglass bar between the flat weft bars, at a distance of 33mm, made of glass fiber AR as above, average thickness 1mm, with arrangement of n. 15 wires / meter / side, tensile strength of single rod 0.2 kN.

Preformed mesh in fibre-reinforced composite material G.F.R.P. (Glass Fibre Reinforced Polymer), Fbmesh 99x99/33t96n, for the safety of mixed floors, produced with TEXTRUSIONTM technology, with monolithic square mesh size 99x99 mm, Consisting of AR (alkaline resistant) glass fibre with a zirconium content of 16% or more, and thermosetting resin of vinylester-epoxy type, weaving with multiple twisting warp and flat texture inserted between the warp fibres, medium thickness 3 mm, Having n. 10 bars/metre/side, axial stiffness with traction and 230 KN, nominal section of the single bar 10 mm2, Traction elastic modulus 23000 N/mm2, tensile strength of the single bar 3.5 KN, elongation at breaking 1.5%. Secondary mesh size 33x99mm, for the interposition of fibreglass bars between the flat weft bars, at a distance of 33mm, consisting of AR fibreglass as above, medium thickness 1 mm, with a disposition of 20 wires/meter/side, tensile strength of the Single bar 0.2 KN.

Cemented steel connector, with 6.3 screw and 32 mm in length, complete with washer; Suitable for steel beams, for the connection of GFRP networks type Fbmesh 66x66/33t96n and Fbmesh 99x99/33t96n for the safety of the rutting of slabs with steel beams.

Galvanized steel connector, with screw 8 and length equal to 90 mm complete with washer; suitable for cracked or very degraded concrete, for the connection of networks in GFRP type FBMESH 66X66 / 33T96N and FBMESH 99X99 / 33T96N for the securing of the slab of concrete slabs

Connector complete with galvaniSed steel washer and gusset 8 in length equal to 100 mm in Nylon, suitable for low-degraded concrete, for the connection of GFRP networks type Fbmesh 66x66/33t96n and Fbmesh 99x99/33t96n, for securing concrete slabs

Galvanised steel connector, with screw 6 and length equal to 80 mm complete with washer; Suitable for wooden beams, for the connection of GFRP networks type Fbmesh 66x66/33t96n and Fbmesh 99x99/33t96n for the securing of of slabs with wooden beams.

 Stainless steel connector, with screw 8 and length equal to 90 mm complete with washer; suitable for applications on cracked concrete or very degraded, in particularly aggressive environments, for the connection of the networks in GFRP type FBMESH 66X66 / 33T96N and FBMESH 99X99 / 33T96N for the securing of concrete slabs

Connector complete with stainless steel washer and plug 8 with a length of 100 mm in Nylon, suitable for poorly degraded concrete in highly aggressive environments, for the connection of networks in GFRP type FBMESH 66X66 / 33T96N and FBMESH 99X99 / 33T96N during  construction of concrete slabs

Stainless steel connector of class A2 or higher, with screw 6 and length equal to 80 mm, complete with washer; Suitable for wooden beams, for the connection of GFRP networks type Fbmesh 66x66/33t96n and Fbmesh 99x99/33t96n for the safety of wood beams

Connector in stainless steel A4 bimetal, with screw 5.5 and length equal 62 mm complete with washer; Suitable for steel beams, for the connection of GFRP networks type Fbmesh 66x66/33t96n and Fbmesh 99x99/33t96n for the safety of the rutting of slabs with steel beams.

Connector in stainless steel A4 bimetal, with screw 5.5 and length equal 62 mm complete with washer; Suitable for steel beams, for the connection of GFRP networks type Fbmesh 66x66/33t96n and Fbmesh 99x99/33t96n for the safety of the rutting of slabs with steel beams.

Connector complete with stainless steel washer and Nylon gusset extended to multiexpansion, suitable for low-degraded concrete. For the connection of GFRP networks type Fbmesh 66x66/33t96n and Fbmesh 99x99/33t96n, for securing cement slabs

Connector complete with galvanised steel washer and Nylon gusset extended to multi-expansion, suitable for low-degraded concrete for the connection of GFRP networks type Fbmesh 66x66/33t96n and Fbmesh 99x99/33t96n, for securing concrete slabs

Connector complete with galvanized steel washer and Nylon gusset extended to multi-expansion, suitable for low-degraded concrete for the connection of GFRP networks type Fbmesh 66x66/33t96n and Fbmesh 99x99/33t96n, for securing concrete slabs.