Metal props

The U-shaped fork prop is an essential element on construction sites, designed for supporting floors, slabs, beams, columns, walls, and reinforced concrete structures, both in structural work and in the construction phase. civil engineering or public works. Thanks to its robust U-shaped fork and galvanized accessories, it ensures secure assembly, excellent sealing, and optimal stability during pouring, concreting, pouring, reinforcement, and formwork removal.

It is perfectly suited to wooden formwork solutions, modular systems, and metal formwork, for vertical or horizontal structures, as well as for works requiring precision in angles, joints and foundation areas.

• Galvanized U-shaped fork, compatible with formwork panels, formwork panels, brackets, guardrails, circular elements, molds or Cosmos modules.

• 56 mm diameter shaft and 48.3 mm diameter slide, suitable for vertical and horizontal frames.

• Adjustable extension from 2.0 to 3.6 m, offering precise adjustment for structures of varying heights, including high-rise buildings, tunnels, or complex site areas.

This prop integrates easily into any formwork system, whether it be a beams, beams, precast slabs, columns, prefabricated structures, floors or walls. It facilitates formwork, load support, the placement of reinforcements, assembly, tightening, demolding, dismantling, as well as the handling of spacers, stiffeners, insulation, or elements made of plywood.

Designed to withstand the intense stresses of the construction site, it guarantees high stability during lifting, handling, or crane operation, thanks to its reinforced metal structure, jacks, adjustment rod, and reliable nut. Compatible with aluminum systems, modular accessories, and structural requirements, it provides secure support for vertical, horizontal, or inclined elements, maintaining a flawless finish throughout the pouring, mortaring, and other phases. concrete, and hardening.

A high-performance, durable, and versatile solution, ready to meet the technical requirements of all modern construction sites.