SEARCH RESULTS FOR “EF”

Insu­lat­ed con­crete forms (ICF) cre­ate a more ener­gy-effi­cient, qui­et, and healthy build­ing than one built with wood-frame con­struc­tion. ICF build­ings are also more resis­tant to dis­as­ter, fire, insect, and mois­ture intru­sion than wood-frame struc­tures.

Home ener­gy effi­cien­cy is cru­cial in today’s envi­ron­men­tal­ly con­scious and eco­nom­i­cal­ly dri­ven world.

As urban areas expand and avail­able space becomes lim­it­ed, the need for self-stor­age facil­i­ties is on the rise. Select­ing the right con­struc­tion mate­ri­als is key to ensur­ing a facility’s dura­bil­i­ty, ener­gy effi­cien­cy, and long-term suc­cess.

As green build­ing becomes more com­mon prac­tice, there is a trend towards low­er con­struc­tion costs asso­ci­at­ed with build­ing sus­tain­ably, due to improved tech­nolo­gies and more read­i­ly avail­able envi­ron­men­tal­ly friend­ly build­ing mate­ri­als.

Build­ing a home that stands up to severe weath­er and flood­ing is one thing. Design­ing a net zero ener­gy cus­tom home that your clients will love is anoth­er.

The steel rein­forced con­crete, which can cure stronger than nor­mal con­crete because of the foam insu­la­tion, can with­stand winds of over 200 MPH, and pro­jec­tile debris trav­el­ing over 100 MPH. There are dozens of eye wit­ness exam­ples of ICF homes tak­ing EF5 tor­na­does head on with the walls still stand­ing.

Com­mer­cial con­trac­tors and their clients are show­ing a greater inter­est in design­ing build­ings that can stand strong dur­ing nat­ur­al dis­as­ters. In their quest for for­ti­fied mate­ri­als, more of them are turn­ing to ICF con­struc­tion.