Product description
Cement pouring formwork structure is a lightweight, structural stay-in-place formwork system used to build reinforced concrete walls. It is composed of two filtering grids made of rib lath and reinforced by C-profiles. The grids are attached to each other with articulated rebar connectors.
Once Cement pouring formwork mesh is secured to the ground, concrete is poured inside. The excess water eliminates itself through the grids while the fluid concrete becomes semi-solid. The elimination of the excess water decreases pressure against the grids. We remains inside the structure and acts as reinforcement.
We constructions can be completed simply, rapidly and cost effectively with non-qualified labor.
Product advantages
Easy placement, alignment, shoring and fixing of panels; | Easy creation of openings | |
Easy placement of conduits for electrical and plumbing; | Easy visual inspection of the concrete pour | |
Easy cladding or coating of any types of finishing | place the upper slab formwork before concreting the walls | |
build non-repetitive constructions at low cost | No need for anti-cracking welded wire | |
Easy insertion of rebar reinforcement | Easy last minute changes | |
pour all the walls of one complete floor in one pass | No stripping or shutter rotation |
Product applications
Hy-Rib is a high-ribbed, sacrificial formwork solution engineered for superior performance in large-scale concrete construction. Made from galvanised expanded metal mesh, Hy-Rib ensures durability and structural reliability while simplifying the construction process. Its unique ribbed design promotes excellent aggregate interlock, delivering enhanced joint strength and long-lasting concrete durability.
This versatile formwork system is suitable for both horizontal and vertical placements and eliminates the need for extensive surface preparation, such as scabbling. Its high visibility during concrete pours enables precise visual monitoring, reducing the risk of voids and honeycombing. Hy-Rib optimises labour efficiency, minimises formwork pressure, and accelerates the pouring process, providing economic advantages to construction projects.