Constanta Metal Scaffolding - Evo Project

The installation of a metal scaffold must comply with certain safety rules and specific instructions, to ensure the safety of both the workers who will use it and those around them. In general, the process of erecting a scaffold includes the following steps, but it is important to consult and follow the manufacturer's instructions and specific local regulations:

1. Planning and design: Before starting erection, it is essential to carry out a thorough planning, which includes the type of scaffolding required, dimensions, load capacity, location and duration of use. Weather conditions and any obstructions in the area must also be taken into account.

2. Inspection of components: All scaffolding components (frames, diagonals, platforms, support legs, etc.) must be inspected to ensure that they are not damaged or deformed. Any defective component must be replaced.

3. Land preparation: The surface on which the scaffolding will be mounted must be solid, level and clean. If necessary, adjustable bases or soles are used to ensure stability.

4. Assembling from the ground up: Assembly starts from the corners of the scaffolding, establishing the solid base. Fit the support legs and base frames, making sure everything is vertical and well anchored.

5. Adding components: Proceed with further addition of frames, diagonals and cross members to build up the structure. It is vital to follow a mounting pattern that ensures the rigidity and stability of the structure.

6. Securing and stabilizing: Scaffolding must be anchored to the building or structure at specified intervals to prevent overturning. Bracing is also used to increase stability.

7. Work platforms: The installation of working platforms is done at the required levels, ensuring that they are well fixed and that they have protective fences and railings according to safety standards.

8. Final check: Once erected, the scaffold must be checked by a competent person to ensure that it is safe for use. This check includes ensuring that all components are correctly fitted and secured, and that the scaffolding is stable.

9. User training: All workers who are to use the scaffold must be trained in proper use, load limitations and emergency procedures.

It is essential to comply with local rules and regulations regarding the erection and use of scaffolding, as well as following the manufacturer's instructions and using appropriate personal protective equipment (PPE).

There are several types of metal scaffolding, each with its specific advantages and disadvantages. The most common types include modular (or prefabricated) scaffolding, tubular scaffolding with couplings, and mobile (wheeled) scaffolding.

1. Modular Scaffolding (or Prefabricated)

• Benefits:
  • Fast assembly and disassembly thanks to prefabricated components that fit easily.
  • Great flexibility in configuration, being able to be adapted to different shapes and sizes.
  • Increased stability and safety for workers because the components fit together precisely.
• disadvantage:
  • Higher initial cost compared to other types of scaffolding, due to the advanced technology and materials used.
  • Requires transportation and storage space for large components.

2. Tubular Scaffolding with Couplings

• Benefits:
  • Very flexible, they can be built in almost any shape and size.
  • Good strength and durability, can support heavy loads.
  • Relatively low procurement costs for materials.
• disadvantage:
  • Assembly and disassembly can be slower, require intensive manual labor and technical knowledge for proper assembly.
  • Greater risk of incorrect mounting, which can affect the safety of the structure.

3. Mobile Scaffolding (on Wheels)

• Benefits:
  • High mobility and flexibility, easy to move to different locations on the site without disassembly.
  • Ideal for jobs that require frequent change of work location.
  • Fast assembly and disassembly, with little physical effort.
• disadvantage:
  • The load capacity is generally lower than with fixed scaffolding.
  • Requires relatively flat and solid surfaces to prevent tipping over.
  • They are not suitable for work at very high heights or in strong wind conditions.

Choosing the right type of metal scaffolding depends on the specifics of the project, including the nature of the work, duration, available budget, and site conditions. It is crucial to evaluate both the advantages and disadvantages of each type of scaffold to ensure the safest and most effective choice for each project's specific needs.

In case of adverse weather conditions, it is crucial to take appropriate measures to ensure the safety of using metal scaffolding. Here are some recommendations for managing these conditions:

1. Weather monitoring: It is essential to monitor the weather forecast regularly to anticipate adverse conditions such as strong winds, heavy rain, snow or ice.

2. Stopping work in extreme conditions: Scaffolding should be stopped during high winds, storms, lightning, heavy rain or other weather conditions that may affect safety. Specific limit values (eg wind speed) for stopping work on scaffolding should be established in accordance with local regulations and manufacturer's recommendations.

3. Securing and stabilizing the scaffold: Before a storm or high winds arrive, it is important to check and ensure that the scaffolding is properly anchored and stabilized according to the manufacturer's specifications and safety standards.

4. Inspection and cleaning of platforms: After adverse weather conditions, it is essential to check and clean scaffolding platforms to remove water, ice, snow or other materials that could create slip hazards or uneven loading.

5. Protection of materials: Construction materials and equipment on scaffolding should be properly covered or secured to prevent them from being damaged or displaced by wind or water.

6. Training of workers: All workers should be trained in the procedures to follow in the event of adverse weather conditions, including how to recognize conditions that require a stoppage of work and what precautions to take.

7. Contingency plan: There should be a clear emergency plan for extreme weather conditions that includes procedures for the safe evacuation of workers from the scaffolding and the surrounding area.

By implementing these measures, the risk of accidents can be minimized and the safety of workers and other participants in the construction process can be ensured in adverse weather conditions.

What documentation is required to rent a metal scaffold?

To rent a metal scaffold, you will need a copy of your ID or business registration document, a signed rental agreement (which we will provide) and, depending on the project, a permit may also be required of construction or an affidavit attesting to the safe use of the scaffolding.

How to calculate the rental cost for a metal scaffolding?

The rental cost depends on several factors, including the type and size of the scaffolding, the length of the rental, and whether additional services such as delivery, erection and dismantling are required. We invite you to contact us directly to discuss the specific needs of your project and to obtain a personalized offer.

What safety precautions should be observed when using a metal scaffold?

Safety is our top priority. Users must follow basic safety rules, including wearing personal protective equipment (PPE), ensuring that the scaffold is mounted on stable ground, and periodically checking the structural integrity of the scaffold. It is also important to limit access to the scaffolding to authorized persons only.