NOVA FORMWORKS

Cracks tend to appear where drains interrupt concrete continuity. Easy thinking eliminates costly fixing and structural vulnerability. When you integrate drains during  slab formwork , every decision affects slab strength and durability. This guide describes effective ways of minimising the risk of cracking and still ensuring that the drainage is efficient, and the slab performs in the long term.   Plan Drain Plan Layout Before Any Pour Early planning minimises on-site errors. Install and pressure-test all drain lines and then place concrete. Last-minute cutting is avoided through clear mapping. Proper planning during  slab formwork  ensures pipes sit correctly and reinforcement adapts around openings. The detailed drawings also justify maintenance in the future without any harm to the slab.   Prepare the Subgrade with Expertise Stable bases do not cause settlement cracks. Compact soil or gravel should be placed uniformly under the slab. Compaction imbalance cau...

High-rise construction requires speed, accuracy, and safety throughout the build phases. The selection of formwork has a direct influence on cycle time, quality of concrete and efficiency of the workforce.  The right system is able to support vertical loads and wind pressures, and can be used repeatedly without loss of performance. This guide explains how to choose reliable  wall formwork  for high-rise structures using proven, practical criteria.   Knowing High-Rise Structural Demands Projects on high-rise experience high vertical loads and lateral forces. You need to evaluate floor repetition, variation of wall thickness, and the geometry of cores. Formwork rigidity is affected by wind loads and seismic zones. Sustainable systems minimize deformation and alignment of several pours. Planning early prevents expensive redress in the short-term vertical development.   Stability And Load Capacity High load-bearing capacity of systems is required in tall buildings. ...