Steel tube with wall thickness of 3.2 mm.

N.º art. 042

N.º art. 582560000

For connecting two Scaffold tubes 48.3mm at any angle.

N.º art. 582680000

Making anchorages to secure the stair tower to the building.

N.º art. 682004000

For connecting two Scaffold tubes 48.3mm at an angle of 90°.

N.º art. 319022575

The Alum ladder hatch deck 257cm acts as a lightweight, extra wide scaffold acess deck which incorporates a Ladder. It is available only with 2.57m.

N.º art. 301270000

The base collar with a single rosette is placed on the base jack and forms an easy base for the rest of the scaffold. The base collar makes the alignment of a modular structure easier.

Ledgers are used as horizontals to connect standards and to transfer loads from platforms into standards. Ledgers are also used for making side protection of the scaffold. Ledgers are available in lengths 0.15m, 0.39m, 0.73m, 1.04m, 1.09m, 1.40m, 1.57m, 2.07m, 2.57m, 3.07m.

N.º art. 549

Steel planksare used to create a working platform in a scaffold. They are placed directly onto the ledgers and secured with the integrated lift-out guard. Steel planks are available with two widths 0.19m and 0.32m and in lengths 0.73m, 1.09m, 1.40m, 1.57m, 2.07m, 2.57m, 3.07m.

N.º art. 559

Steel toe boards are mounted on working platforms to prevent material from falling down. These Toeboards are galvanized and not yellow.

N.º art. 561

Bay braces are essential to increase the vertical stiffness of the scaffold! For stabilizing the outer plane of the scaffold, parallel and perpendicular to the facade, vertical braces are used. Vertical braces are placed in at least every 5th bay on every lift and in every end bay perpendicular to the facade. Diagonals are available for 1.00m, 1.50m and 2.0m heights, and bay lengths of 0.73m, 1.09m, 1.40m, 1.57m, 2.07m, 2.57m, 3.07m.

N.º art. 574

Standards with presseded spigot are used as “verticals” to transmit loads to the ground. Rosettes are welded every 50cm which allow to create a connection between different elements. These standards are not to be used for suspended scaffolds! Standards are available in incremintle lengths from 0.50m to 4.00m.

N.º art. 844

N.º art. 306110004

The base jack retention prevents the kicker lift to fall off when hoisting the scaffold. It has a terminal wedge and a half coupler allowing to high versatility of the component.

N.º art. 402620906

Safe passage across hazardous areas:
The trench bridge ensures safe crossing over excavation pits, watercourses or trenches – flexibly adjustable in width and length thanks to the Ringlock system.

N.º art. 402620907

Safe passage across hazardous areas:
The trench bridge ensures safe crossing over excavation pits, watercourses or trenches – flexibly adjustable in width and length thanks to the Ringlock system.

N.º art. 402620908

Safe passage across hazardous areas:
The trench bridge ensures safe crossing over excavation pits, watercourses or trenches – flexibly adjustable in width and length thanks to the Ringlock system.

N.º art. 402620909

Safe passage across hazardous areas:
The trench bridge ensures safe crossing over excavation pits, watercourses or trenches – flexibly adjustable in width and length thanks to the Ringlock system.

N.º art. 402620910

Safe passage across hazardous areas:
The trench bridge ensures safe crossing over excavation pits, watercourses or trenches – flexibly adjustable in width and length thanks to the Ringlock system.

N.º art. 402620911

Safe passage across hazardous areas:
The trench bridge ensures safe crossing over excavation pits, watercourses or trenches – flexibly adjustable in width and length thanks to the Ringlock system.

N.º art. 402620900

Safe passage across hazardous areas:
The trench bridge ensures safe crossing over excavation pits, watercourses or trenches – flexibly adjustable in width and length thanks to the Ringlock system.

N.º art. 402620901

Safe passage across hazardous areas:
The trench bridge ensures safe crossing over excavation pits, watercourses or trenches – flexibly adjustable in width and length thanks to the Ringlock system.