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Con­crete is a ver­sa­tile and durable con­struc­tion mate­r­i­al that is pre­dom­i­nant­ly used in both com­mer­cial and res­i­den­tial struc­tures. It’s essen­tial to under­stand con­crete’s ther­mal prop­er­ties, specif­i­cal­ly its tem­per­a­ture lim­its, to opti­mize its strength and dura­bil­i­ty.

There’s no doubt that the idea of tiny home liv­ing is tak­ing off in a big way across the coun­try. But what’s the big fas­ci­na­tion over tiny homes real­ly all about?

The foun­da­tion is fun­da­men­tal to the longevi­ty, strength, and struc­tur­al sound­ness of a house. Home­own­ers and pro­fes­sion­als often ask, ​“Which foun­da­tion is the most effec­tive for a house?” Find out here!

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.

When con­sid­er­ing AAC vs ICF con­struc­tion, it’s impor­tant to know the dif­fer­ences, pros, and cons.

Con­struc­tion phas­ing is rev­o­lu­tion­iz­ing the way we approach build­ing projects. By divid­ing a project into man­age­able seg­ments, it is a strate­gic method for tack­ling large-scale devel­op­ments while also main­tain­ing oper­a­tional con­ti­nu­ity.

The prop­er R‑value of base­ment walls will pro­duce ener­gy-effi­cient, durable, healthy, and com­fort­able homes. Learn what R‑value your base­ment walls should have.