Copy of 14 Finished Exterior
SHOP BUILDING AND GARAGE
The project was built to cre­ate a sound and visu­al bar­ri­er between the neigh­bor­ing home after a sec­tion of trees on the side yard that joined the two prop­er­ties was cleared.
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SPRINGHOUSE VILLAGE SENIOR CENTER
Sound-Proof Assist­ed Liv­ing Cen­ter Com­plet­ed On-Time Amidst Pan­dem­ic. Spring­house Vil­lage Senior Cen­ter has received high praise from res­i­dents and vis­i­tors for its wel­com­ing design, res­i­dent safe­ty, and peace­ful atmos­phere.
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LAS VEGAS FIRE STATION #108
Fire Sta­tion 107 has been fea­tured in sev­er­al mag­a­zine arti­cles won an ICF builder award and an award from Sta­tion Style mag­a­zine.
How do I determine which size ICF to use?

ICFs pro­vide a rein­forced con­crete wall which is designed to spe­cif­ic engi­neer­ing prin­ci­ples. Typ­i­cal res­i­den­tial con­struc­tion, per the applic­a­bil­i­ty lim­its in the build­ing code, allows walls 10′ (3 m) high or less between lat­er­al sup­ports (floor and roof con­nec­tions). Below grade walls must have a min­i­mum 6″ (150 mm) con­crete core. In some regions, an 8″ (200 mm) con­crete core is the min­i­mum allowed thick­ness for below grade walls.

The 4″ (100 mm) form can­not be used below grade as a foun­da­tion wall. The 4″ (100 mm) form may be used for above grade walls up to a max­i­mum of 10′ (3.0 m).

The 6″ (150 mm) form, above grade, is lim­it­ed to approx­i­mate­ly 14′ (4.2 m) in height. Walls high­er than 14′ (4.2 m) must use an 8″ (200 mm) or larg­er form.

Typ­i­cal res­i­den­tial con­struc­tion will use 6″ or 8″ con­crete core size blocks. Project spe­cif­ic engi­neer­ing may allow for some core thick­ness to span ver­ti­cal­ly high­er than these pro­posed guide­lines.

2016 HILLIARD BRUCE WINERY 7
HILLIARD BRUCE WINERY
Hilliard Bruce Win­ery was award­ed LEED Sil­ver Cer­ti­fi­ca­tion by the US Build­ing Coun­cil.
2016 KING GEORGE LANTERN HALL 8
KING GEORGE LANTERN HALL
Lantern Hall won the Com­mon­wealth Award from the Vir­ginia Chap­ter of the Amer­i­can Con­crete Insti­tute.
The Fox Buck and Concrete: How to Before and Afters
In this video, Fox Blocks’ Glen Klassen does a walk-through of how to prop­er­ly brace the Fox Buck pri­or to pour­ing the con­crete.
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Building Stability: How to Construct Strong and Stable Structures
Cre­at­ing durable struc­tures that endure time and nature is a cru­cial aspect of mod­ern con­struc­tion. Ensur­ing sta­bil­i­ty, strength, and stur­di­ness involves more than mate­r­i­al selec­tion — it requires a grasp of con­struc­tion sci­ence.
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What is the Concrete Temperature Limit?
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.
What is the R-Value?

The clear R‑Value of an Fox Blocks is R22, how­ev­er cur­rent Ener­gy codes rec­og­nize the lack of ther­mal bridg­ing in an ICF and the con­tri­bu­tion of the mass con­crete on the influ­ence of the ther­mal per­for­mance. Whole wall cal­cu­la­tions indi­cate a Fox blocks wall assem­bly pro­vides an R24 rat­ing.

The con­tin­u­ous dou­ble lay­er (inside and out­side) of insu­la­tion, the elim­i­na­tion of ther­mal bridg­ing and min­i­mal air infil­tra­tion through the mass con­crete wall assem­bly, allows Fox Blocks walls to per­for­mance in the high per­for­mance wall assem­bly cat­e­go­ry. Com­plet­ing the enve­lope with ener­gy effi­cient win­dows and doors and roof insu­la­tion, Fox Blocks homes can eas­i­ly meet and exceed ener­gy code require­ments and exceed the min­i­mum require­ments for Ener­gy Star and Ener­Guide. A Fox Blocks struc­ture requires 44% less ener­gy to heat and 32% less ener­gy to cool.