Interactive animated comparison of reinforced concrete systems vs. wood-frame construction benefits, by partner segment, with CoreConcrete brand identity
Target Markets
Built for those who build at scale
We work with those who face direct pressure to build more housing, faster, on tight budgets, with no room for delay.
Labor hours per building (Element ICF comparative case, same footprint)
Wood frame (15-20 workers)0 h
Industrialized concrete (8 workers)0 h
Smaller crews and fewer hours per unit delivered — shorter, more predictable schedules.
Builder's risk premiums documented as significantly lower by an independent academic study.
Affordable Housing and Workforce Housing
Housing shortage (Zillow est.)
0M
Total cost (construction + insurance) vs. wood
within 0%
Operating energy savings
0%
Initial cost: concrete vs. wood (Boston College / Towson, MD)
Wood (reference)index 0
Concrete (within 20% more)index 0
The initial cost gap is narrow, and insurance savings can offset it — critical for operators with tight budgets.
More predictable construction helps meet strict funding-cycle deadlines (LIHTC, state and municipal subsidies).
General Contractors
Typical on-site rework cost
0%
More subcontractor disputes without QA/QC
0%
Of project cost is labor
0%
Teams that keep rework under 5% of budget (PlanRadar survey, 811 professionals)
With consistent QA/QC processes
Without standardized processes
CoreConcrete trains your crews in the same quality-control protocols ("hold points") that sustained annual performance bonuses across 8+ projects in Colombia.
Less rework and fewer subcontractor disputes improves your bonding capacity and your reputation with developers.
Impact Investors
Commercial property insurance
0% to 0% less
Precast vs. cast-in-place concrete (not vs. wood)
0%
Relative durability vs. wood
0x
Annual commercial insurance premium (index, wood = 100; actual range 14-65% less)
Wood-frame structureindex 0
Concrete structure (actual range)index 0
Lower insurance cost across the asset's entire life cycle — not just during construction.
An asset that depreciates much more slowly holds its resale value and refinancing appeal better.
Residents
Noise reduction between units
0%
Heating / cooling savings
0%
Annual termite damage in the U.S.
$0B+
Structural lifespan without major intervention
Wood (steel-vs-wood literature)0 years
Reinforced concrete0 years
Note: the 20-30 year wood figure comes from literature comparing steel vs. wood (Mesocore, Systemswestinc), not a study specific to concrete vs. wood.
Wood is an organic material: at sustained moisture content above 16%, it develops mold biologically (ASHRAE Standard 160). Concrete has no such failure point.
No termite or rot risk — fewer repairs, lower maintenance fees for residents.
Government and Public Policy
National housing shortage (Zillow est.)
0M
Multifamily production needed
0%/yr
Construction productivity growth
nearly flat
Annual multifamily housing production needed (units/year, sustained 8-10 years)
Current pace0
Pace needed0
Closing the gap requires sustained growth in multifamily production for nearly a decade.
The Economic Security Project has proposed federal funding for companies developing novel multifamily construction techniques — exactly CoreConcrete's profile. Separately, the Center for Public Enterprise calculates the annual production target.
In Charleston and the Carolinas, concrete's resistance to hurricanes and moisture directly reduces the burden on public post-disaster recovery funds.
Tap any figure () to see its exact source. CoreConcrete figures: the founder's own track record.