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While many build­ings these days are designed with the same basic prin­ci­ples, there are times when excep­tions need to be made.

Con­crete mason­ry units (CMU) and insu­lat­ed con­crete form (ICF) walls have sev­er­al fea­tures in com­mon: ener­gy-effi­cien­cy, dura­bil­i­ty, and good indoor envi­ron­men­tal qual­i­ty (IEQ). How­ev­er, ICF is quick­er and eas­i­er to install com­pared to CMU, which saves time and mon­ey.

A garage is only as strong as the foun­da­tion beneath it. With­out the right plan­ning and con­struc­tion, prob­lems like set­tling, water dam­age, and insta­bil­i­ty can show up over time.

Con­crete pump­ing has changed the way con­trac­tors place con­crete on job sites. Rather than haul­ing heavy loads in wheel­bar­rows or rely­ing on cranes and buck­ets, a con­crete pump deliv­ers liq­uid con­crete through a sys­tem of hoses, pipes, or booms — direct­ly to the point of place­ment.

Build­ing com­mer­cial retail devel­op­ments with ICF con­struc­tion cre­ates struc­tures that are dis­as­ter-resis­tant, ener­gy-effi­cient, envi­ron­men­tal­ly-friend­ly, qui­et, and durable.

Explore the over­looked val­ue of ICF con­struc­tion in resilient build­ing insur­ance, low­er­ing risk while boost­ing safe­ty and effi­cien­cy.

Before you begin your con­crete foun­da­tion forms DIY project, con­sid­er these five dis­ad­van­tages of DIY con­crete form con­struc­tion.