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Concrete Tilt-Up

What is Concrete Tilt-Up?

Concrete Tilt-Up is a construction method where large concrete panels, often walls, are cast horizontally on the ground, then tilted into a vertical position to form the walls of a building.

This method is efficient for constructing warehouses, industrial buildings, and commercial structures. It offers cost savings and durability while allowing for versatile architectural design and quick assembly.

Where Do You Start with Concrete Tilt-Up?

Our Concrete Tilt-Up construction service usually involves the following steps:

  • Design and Planning: Architects and engineers create detailed plans for the building, including the size, layout, and the number of concrete panels needed.
  • Foundation: The building’s foundation is constructed, providing a level and stable surface for the concrete panels.
  • Panel Construction: Concrete panels are cast horizontally on the construction site, usually on a casting slab or bed. Reinforcement such as rebar or mesh is placed within the panels for added strength.
  • Concrete Pouring: Fresh concrete is poured into molds, where it’s leveled and smoothed to create the desired finish and texture.
  • Curing: The concrete panels are allowed to cure, which may take several days. During this time, the concrete gains strength.
  • Panel Finishing: Once the panels are fully cured, they can be detailed and finished to achieve the desired appearance. This can include texturing, painting, or adding architectural elements.
  • Tilt-Up: A crane is used to lift the cured concrete panels from their horizontal position and tilt them into a vertical one. These panels become the walls of the building.
  • Connection: The panels are secured to the building’s foundation and to each other. Often, connections are made with the building’s structural framework.
  • Roof and Interior: With the walls in place, the roof and interior features can be constructed to complete the building.

 

Our Concrete Tilt-Up construction offers advantages like cost-effectiveness, speed, and design flexibility, making it a popular choice for various commercial and industrial projects.

Contact us to request an assessment.