Supporting framework

Scaffolding is specifically designed to support heavy loads. It is frequently used in formwork and on large-scale construction projects, and provides a reliable foundation for temporary structures.

What do you need a scaffold for?

Ein Traggerüst nimmt hohe Lasten auf - zum Beispiel beim Betonieren von Decken, Brücken oder Hallen. Anders als ein Fassadengerüst trägt es das Bauwerk während der Bauphase. Bei CETRAC bekommst du geprüftes Material für genau diese Aufgaben - gebraucht bis zu 70 % günstiger als neu.

Which load class do you need?

Choosing the right load class is crucial for the safety and stability of your scaffolding. If you’re unsure, our load class calculator can help – it shows you, in just a few steps, which class is right for your project.

Should you buy scaffolding rather than hire it?

Buying a scaffolding system quickly pays for itself, particularly during longer construction phases. You can use our ‘Buy vs Rent’ calculator to find out whether buying or renting is more cost-effective for your project.

Applications: Scaffolding

  • Supporting ceiling formwork in building construction and civil engineering
  • Load transfer in beams, beams with long spans and heavy structural elements
  • Temporary supports for concrete pouring sections, work cycles and formwork carriages
  • Support structures beneath bridges, ramps and superstructures
  • Securing intermediate levels, landings and work platforms where heavy loads are present
  • Use in high-rise buildings, multi-storey car parks, industrial facilities and infrastructure projects
  • Ideal when defined load paths and carefully planned structural analysis are required

Supporting framework: Pros and cons

Support Scaffolding: Cost, Compatibility and Benefits

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Calculate the supporting scaffold area

Do you need a sturdy scaffolding system to support ceilings, bridges or heavy loads? With our EasyFlow scaffolding area calculator, you can quickly work out the scaffolding area required for your project – free of charge, with no obligation, and with immediate guidance on materials and prices.

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FAQ – Scaffolding

Ein Traggerüst ist eine temporäre Gerüstkonstruktion zur Lastabtragung. Es stützt Schalungen wie die Deckenschalung, Decken und schwere Bauteile ab, bis diese ihre eigene Tragfähigkeit erreicht haben.

Typical applications include:

  • Supporting ceiling formwork
  • Supporting joists and beams
  • Support for bridges and civil engineering structures
  • Load transfer in heavy concrete structures

Scaffolding props are frequently used for point load transfer.

How does a load-bearing scaffold differ from a standard scaffold?

Scaffolding is primarily used to provide work platforms for people.
Support scaffolding is designed to bear heavy loads and acts as a temporary supporting structure for formwork and building components.

The load-bearing capacity depends on the system and the project and is determined by structural analysis. Specific values depend on the following factors:

  1. System used
  2. System configuration
  3. Load assumptions for the project

The scaffolding load classes provide an overview of the permissible loads.

Yes, structural design is essential for supporting scaffolding, as heavy loads must be safely transferred and transferred to the ground. You can find further information on this under ‘Scaffolding Safety’.

Frequently asked questions

What is a supporting scaffold?
A load-bearing scaffold is a temporary scaffolding structure designed to transfer loads. It supports formwork, such as floor formwork, floors and heavy structural elements, until they have reached their own load-bearing capacity.
What is a supporting scaffold used for?
Typical applications include: supporting ceiling formwork; shoring up joists and beams; supporting bridges and civil engineering structures; and load transfer in heavy concrete structures. Construction props are frequently used for localised load transfer.
How does a load-bearing scaffold differ from a standard scaffold?
Scaffolding is primarily used to provide work platforms for people. Support scaffolding is designed to bear heavy loads and acts as a temporary supporting structure for formwork and building components.
How much weight can a scaffold support?
The load-bearing capacity depends on the system and the project and is calculated on the basis of structural analysis. Specific values depend on the following factors: the system used, the assembly configuration, and the project’s load assumptions. The scaffolding load classes provide an overview of the permissible loads.
Is structural analysis always required for supporting scaffolding?
Yes, structural design is essential for supporting scaffolding, as heavy loads must be safely transferred and transferred to the ground. You can find further information on this under ‘Scaffolding Safety’.

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