Loop-hook element secures formwork to reinforcement bars, eliminating on-site welding and reducing installation time.
Integrated steel tube formwork system enables simultaneous concrete pouring for upper and lower beams in high-rise construction.
Segmented modular components resolve labor trade-offs by enabling quick assembly and reuse of reusable plastic formwork for reinforced concrete floors.
Segmented prefabricated forms enable single-pour construction of non-cylindrical pier tops, reducing on-site work hours and material costs.
Bolt blocks with protrusions transfer loads through reinforcement bars, increasing connection strength by 200% without adding panel weight.
A pivotable guide shoe enables scaffolding units to climb vertically by engaging building brackets with a rotatable lifting drive.
A wall formwork sealing system uses detachable anchor seals and closure caps connected via an adapter strip to reduce concrete leakage.
Orthogonal wire bends secured by brackets provide structural support for concrete forms while eliminating visible holes and rust issues after removal.
Rolling members replace gear assistance in a foldable cantilever structure, reducing mass and complexity while allowing effortless manual extension.
An inclined recess body minimizes transverse forces on transport anchor connecting sections, preventing concrete deformation and improving load capacity.
Press-fit plugs in C-shaped rails eliminate grinding of protruding fasteners after concrete casting.
Interlocking segments with fastener slots enable adjustable assembly, reducing installation time and labor costs for buildings with access holes.
Fiberglass tie rods resist concrete pressure without rusting, preventing surface damage on finished walls.
A shoring post integrates multiple beam support assemblies along its length to secure load-bearing beams at varying vertical positions.