Every day of delay on a project multiplies direct costs (labour, supervision) and indirect costs (financing, insurance, opportunity). The Framecrete AAC system reduces the construction schedule by up to 40% compared to traditional methods — a figure especially relevant for social housing at scale and post-hurricane reconstruction, where every week of anticipation has human as well as financial value.
The 3 factors that accelerate construction
- Larger pieces, prefabricated off-site with precise tolerances: fewer pieces, fewer joints, fewer m² of wall per hour.
- Assembly without mortar drying times: work continues at the crew's pace with minimum waste.
- Factory surface quality that reduces subsequent finishing: fewer corrections for misalignment or unevenness.
When does the schedule benefit most?
The impact is greatest when masonry is on the project's critical path: industrial warehouses and institutional buildings, hotels and schools with multiple rooms, vertical construction, and — the most relevant case for Framecrete in the Caribbean — social housing programmes and infrastructure reconstruction after climate events, where every week of anticipation has human value and not only financial.
Why this matters for government and infrastructure
For social housing programmes at scale, a system that assembles faster with locally trained crews means more families rehoused in less time after a disaster, and a lower fiscal cost of recovery for the state — the central argument in Framecrete's proposal for regional governments.
Frequently asked questions
Does the acceleration depend on the crew?+
Yes. A new crew on AAC has a short learning curve (2–3 days); a trained crew sustains outputs many times higher than those of conventional block. Framecrete provides technical support to each crew during the first installation.
Does speed affect the quality of the finished work?+
No — quite the opposite. The speed of the system comes from more precise pieces, controlled assembly, and smoother surfaces, which translates to fewer defects and better thermal-acoustic performance than equivalent traditional construction.
