Geoplast foundations speed up construction schedules by reducing transport, storage, and labor
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Traditional foundations require a substantial amount of material, extensive storage areas, and heavy machinery.
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Geoplast foundation formworks use up to 14 times less storage space, cutting transport and logistical delays.
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Contractors install them without extra workforce, shortening construction schedules and supporting principles of lean construction.
Traditional foundations slow down the site
Traditional foundations rely on thick concrete sections and high gravel or fill volumes. Gravel infill requires frequent truck trips and extra mechanical equipment on site. All this demands extensive storage areas and continuous use of heavy machinery. That combination creates site congestion, slows operations, and increases indirect costs.
Stackable formworks need up to 14 times less storage space
Geoplast’s lightweight recycled plastic formworks create controlled voids instead of solid fill. One 5.24 m³ pallet of Modulo H50 holds 300 modules and expands to 77 m³. That means 14 times less volume in transport, so one truck carries several pallets. New Elevetor has cut truckloads by up to 97% compared with gravel. Fewer deliveries shorten delays and minimize schedule disruption.
Fast installation supports lean construction
Contractors install Modulo, Multimodulo, New Elevetor, and Elevetor Max without heavy machinery. Lightweight elements are moved by hand and deliver up to 80% labor savings. They enable a single concrete pour for beams, crawl space, and slab. This streamlined workflow supports lean construction, accelerates project delivery, and improves sustainable profitability.