LEAO® Non-removable Formwork

✔ Base Board

The base board acts as a permanent mold shell for the floor, working in conjunction with the steel truss of the combined formwork. The truss and bent ribs work together to bear the load, serving as a temporary working platform during construction. Once construction is complete, the base board becomes the surface layer of the floor. The bottom plate material used for the base board should have a thickness greater than 0.4 mm and be made of galvanized steel, with embedded composite reinforcements for added strength.

✔ Steel Truss

The steel trusses are welded to form a cohesive unit using pre-embedded steel shell plates. These trusses are integral to the structural performance of the floor, contributing to the overall structural stress of the building. The embedded reinforcements and pipelines, along with additional layers of reinforcement, allow for the formation of single- or two-way bending floor components when combined with poured concrete.

✔ Industrialized Production, Reliable Construction

LEAO® Non-Removable Formwork undergoes industrialized production, with all components processed using factory equipment, significantly reducing human error and uncontrollable variables. This results in a reliable, consistent product and construction process.

✔ High Output and Fast Construction

The system is designed for high-volume, rapid construction, ensuring large-scale production and a steady supply for assembly. The high degree of industrialization reduces the need for rebar tying and scaffolding work, streamlining the construction process.

✔ Cost-Effective

The base board requires no molding or demolding, providing both a functional and decorative solution while saving on labor costs. By minimizing the need for additional materials, machinery, and manpower, this system offers an overall cost savings of more than 20%, making it a highly economical choice for large-scale construction projects.

✔ In conclusion, LEAO® Non-Removable Formwork is a cutting-edge solution that combines high efficiency, cost savings, and structural integrity, making it a reliable and sustainable option for modern construction.