Basic concept of special formwork

Specialty forms are temporary mold systems used in construction to shape and support fresh concrete until it reaches the strength necessary to stand on its own. Unlike conventional formworks, these are designed for complex structures or architectural elements, with non-standard geometries or with specific technical requirements that demand customized solutions.

These systems are essential in advanced engineering projects where precision, safety and efficiency are crucial. The specialization of formwork translates into greater adaptability to irregular shapes, large overhangs, curves or unique structures, allowing the most challenging architectural and structural designs to be viable on site.

Formwork for curved and sinuous shapes

Formwork for curved shapes is designed to adapt to architectural elements that have rounded or sinuous lines. Its construction requires flexible or modular materials that allow concrete to be molded into non-linear shapes. These formworks can be manufactured with laminated wood, steel panels or modular systems that progressively adjust to the desired curve.

The main challenge of these systems lies in maintaining rigidity and stability during concrete pouring, avoiding deformations that affect the quality of the finish. In addition, they require detailed prior design to ensure that the final geometry is faithful to the architectural project.

This type of formwork is frequently used in bridges, curved facades, tunnels and decorative elements where aesthetics and functionality are combined in complex shapes.

Formwork for large cantilevers and unique structures

In projects with pronounced cantilevers or structures with unique geometries, special formwork must withstand high loads and ensure safety during construction. These systems usually incorporate metal forms, reinforced struts and support platforms that allow the weight of the fresh concrete and the workers to be distributed.