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How do you improve an Insu­lat­ed Con­crete Form wall that already out-per­forms most wall sys­tems in all cli­mates? You move the con­crete mass toward the liv­ing side of the wall.

A busi­ness must con­sid­er sev­er­al expens­es when deter­min­ing the over­all cost of build­ing a ware­house: soft, hard, long-term, and finance costs.

Despite under­stand­ing the need for sus­tain­abil­i­ty, many archi­tects, design­ers and build­ing own­ers see the asso­ci­at­ed costs as a bar­ri­er. The real­i­ty is that, while switch­ing to sus­tain­able build­ing prac­tices does require an ini­tial invest­ment, it’s not as much as many assume.

A con­crete foun­da­tion wal­l’s thick­ness plays an inte­gral role in its long-term strength and dura­bil­i­ty. Local build­ing codes man­date the foun­da­tion spec­i­fi­ca­tions, address­ing con­di­tions that affect the foun­da­tion thick­ness.

ICF con­struc­tion cre­ates mod­ern struc­tures that are ener­gy-effi­cient, durable, dis­as­ter-resis­tant, and have good indoor envi­ron­men­tal qual­i­ty (IEQ). ICF con­struc­tion is also strong, flex­i­ble, fast and easy to install. Unfor­tu­nate­ly, even with these many ben­e­fits, some archi­tects and con­trac­tors are reluc­tant to uti­lize it due to mis­con­cep­tions about ICF con­struc­tion.