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Whether it’s a high-rise res­i­den­tial apart­ment build­ing or a com­mer­cial com­plex, the quick­er a mul­ti-sto­ry build­ing is con­struct­ed, the soon­er it can start gen­er­at­ing rev­enue.

Fox Blocks con­tain a min­i­mum of 40% recy­cled con­tent by weight.

• Fox Blocks do not off-gas and are not man­u­fac­tured using any gas­es that deplete the ozone or are harm­ful to the envi­ron­ment.
• Fox Blocks require low embod­ied ener­gy to man­u­fac­ture.
• Fox Blocks do not con­tain any mate­ri­als, that pro­mote mold or mildew growth.
• Fox Blocks are an effi­cient con­struc­tion method there­by reduc­ing the amount of con­struc­tion waste, dust and air pol­lu­tion in the build­ing process.
• Build­ing with Fox Blocks will save on heat­ing and cool­ing costs because less air is exchanged between the out­side and inside of your home. This also means a small­er more effi­cient HVAC unit is required for the home.
• Fox Blocks are sus­tain­able. They will not rot or dete­ri­o­rate for the life of your home.
• Fox Blocks pro­vide a secure, durable, com­fort­able, long last­ing build­ing

Donat­ed con­crete will strength­en afford­able hous­ing, mak­ing it more resilient and sus­tain­able.

A com­bi­na­tion of ongo­ing short­ages and increas­ing demand has led to high­er prices for fiber­glass insu­la­tion. What is the best way to deal with it?

Builders and home­own­ers that fol­low these 12 easy steps for home design and con­struc­tion will cre­ate a high-per­form­ing and healthy home that is com­fort­able and safe.

Build­ing a hos­pi­tal requires detailed plan­ning, inte­grat­ed design and coor­di­na­tion across all plan­ning stages, mate­r­i­al selec­tion, con­struc­tion and health­care oper­a­tions.

Fox Blocks forms have a reversible inter­lock sys­tem on all blocks. The robust inter­lock allows the blocks to fit togeth­er very tight­ly, elim­i­nat­ing any require­ment for adhe­sives. A reversible inter­lock speeds up the instal­la­tion.

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.