Innovative Construction

Why Precast?

Reality In Civil Construction

Conventional Vs Precast Technology

Description Conventional Precast Remarks
Speed 7+ years / 84 Months; (5 million Sq Ft housing project) 42 months for same project Approx. 50% time saving due to parallel activities, manufacturing efficiencies & standardization.
Quality Poor to medium Factory environment / manufacturing systems ensuring defect free production Factory quality, minimal wastage and great finish & durability ensured
Lifecycle Cost Considers lowest cost of construction; buildings are not durable Lower (50%) lifecycle cost due to higher quality and durability Real affordability due to minimal lifecycle cost to the customer
External Development All works typically undertaken after structure development All works planned & executed parallel to structure development Condition: Final design drawings must be signed off
MEP Works 80% on site 20% on site Modular MEP
Labour 1000+ 40% of conventional Significantly reduced manpower & use of skilled manpower.
Health & Safety High risk and extensive supervision required Site will be neat, clean and safe with minimal supervision Precast technology allows for better HSE activities with trained personnel
Variation of Design and Cost High variation through project cycle Plans and budgets frozen at the initial stage to ensure on budget & on time delivery Design, Budget & Project Timelines predictable.
Environmental Pollution Considerable Significantly lower due to closed hot water curing system Less site activity with minimum environment impact
Vendor Management Multiple vendors across multiple services Single responsibility on turnkey basis Timely completion, less variation, single point accountability with highest quality and transparency
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