The sensor is for taking measurements on horizontal concrete components (bottom slab, floor slab, etc.).

Art.-No. 479

Measuring cable with three measuring points. The cable connects to the Concremote cable sensor and is cast into the concrete as a lost part.

Art.-No. 480

The cable sensor can be deployed for various applications depending on customer requirements. Concremote wall sensing unit or Concremote cable can be connected.

Art.-No. 481

The calibration box cube is for calibrating the type of concrete used and consists of 3 cube moulds 15x15x15 mm.

Art.-No. 482

Release agent specially for smooth formwork surfaces.

Art.-No. 496

Framed element made of aluminium with Xlife sheet for craneless forming of right-angle outside corners, stop-ends and column formwork.

Art.-No. 512

Corner element made of aluminium with Xlife sheet for craneless forming of right-angle inside corners.

Art.-No. 524

Truss ledgers have the same function as the normal ledgers: They are used as horizontals to connect standards, to transfer loads from platforms into standards and for making side protection of the scaffold. But due to reinforced design, they are able to transfer higher loads than normal ledgers. Double ledgers are available in lengths 1.40m, 1.57m, 2.07m, 2.57m, 3.07m.

Art.-No. 527

Plywood sheet made of Chinese eucalyptus with 240 g/m² phenolic-resin film coating on both sides. The phenolic resin bond of the sheet passes a 72-hour boiling test. The edges are sealed with acrylic-resin varnish.

Please note: online ordering of large formats is only possible for full lorries (no pannels in stock). More information in the description.

Art.-No. 533

The bracket is used to create an extended platform outside the scaffold and to add a "cantilever" to the construction. Brackets are available in lengths 0.39m, 0.73m and 1.09m.

Art.-No. 543

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.

Art.-No. 549

The box-out block for more safety on construction sites.

Art.-No. 550

Three-ply solid-wood sheet made of spruce with 130 g/m² urea-melamine resin coating and extra varnish sealant coating sanded with corundum particles on both sides. The edges are sealed with an emulsion coating. According to Austrian standard ÖNORM B 3023.

Delivery charges: for orders of a full lorry load, delivery is free of charge ex works.

Art.-No. 554

Infill planks with 19cm are designed to fill any unwanted gaps between planks or bays providing a continuous working platform. They are available in the sizes of the most common bays: 0.65m, 0,88m, 1.065m, 1.57m, 2.13m, 2.43m, 3.05m.

Art.-No. 556

Steel plans are 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.

Art.-No. 557

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.

Art.-No. 559

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

Art.-No. 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.

Art.-No. 572

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.

Art.-No. 573

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.

Art.-No. 574