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The whole-wall ther­mal per­for­mance of ICF ensures a com­fort­able liv­ing and work­ing space with ener­gy sav­ings and man­age­able bills.

ICF con­struc­tion expe­dites the pro­duc­tion of a movie the­ater and reduces labor costs over both wood-frame and CMU con­struc­tion.

Trag­i­cal­ly, between 2000 and 2017 there were 894 wind and 1417 tor­na­do-relat­ed deaths. In 2017, 36 per­cent of the wind and 63 per­cent of the tor­na­do-relat­ed fatal­i­ties hap­pened either in a mobile or per­ma­nent home. A wind-resis­tant design is crit­i­cal to a home­’s integri­ty and a family’s safe­ty.

Today, there are many voic­es mak­ing waves in build­ing codes and green/en­er­gy-effi­cient design; none are more impor­tant than the views of local offi­cials that vote on hun­dreds of pro­pos­als to change the Inter­na­tion­al Ener­gy Con­ser­va­tion Code (IECC).

As cli­mate change becomes a greater issue, archi­tects are under increas­ing pres­sure to design sus­tain­able, yet high-per­for­mance build­ings. In this blog, we go over some effec­tive strate­gies you can use dur­ing the design process to enhance your building’s ener­gy effi­cien­cy

ICF con­struc­tion offers an easy way to achieve hur­ri­cane-resis­tant wall sys­tems that pro­tect against wind, fly­ing debris, and flood­ing.

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

Con­struc­tion of a shear wall includes mate­ri­als and design that enhance a structure’s stiff­ness, strength, and duc­til­i­ty in order to with­stand lat­er­al forces from severe winds and earth­quakes.