Insulated Concrete Forms
Insulated Concrete Forms with a Difference
Nexcem insulated concrete forms are different because we do not use any foams or plastics. Some refer to this type of system as ICCF or insulated composite concrete forms.
Our standard non-thermal insulated concrete forms have an insulation value of R-8 to R-12. This is based on the block thickness and inherent insulation properties of the Nexcem material itself.
Thermal Nexcem ICF blocks have a range of insulation values from R14 to R36+ (thermal mass not included). The R-value for these components depends on the unit type. The higher R values are achieved by incorporated mineral fiber insulation inserts within the cavity of the ICF concrete unit at the time of manufacture. The thickness of the insert incorporated will determine the overall R value of the wall assembly.
Nexcem provides a straightforward way to build high performance reinforced concrete walls that are energy-efficient, sound-proof, fire proof and built to last.
The choice to use mineral fiber insulation is deliberate because of its non-combustible and moisture resistant properties that complement the Nexcem material. The insulation inserts in our thermal blocks are positioned toward the exterior of the wall which results in additional protection and energy efficiency that is not possible with other insulated concrete forms. Since the R-values for our thermal units are based on the unit type, you can choose the optimal insulation value based on the requirements of your specific application.
We have also partnered with the world’s largest cork insulation manufacturer and can provide insulation inserts made from expanded cork insulation in our ICF blocks.
Nexcem ICF blocks are designed to accommodate all practical ranges of concrete thickness. The load carrying capacity of the wall system depends entirely upon the thickness of the concrete core and the steel reinforcing schedule. Standard reinforced concrete design principals (ACI 318 or CSA A23.3) based on the concrete cores are applicable.
To learn more about our products and how they can benefit your next building project, please don’t hesitate to contact us to discuss your needs.
Download a PDF version of the Nexcem System Summary here.
Wall System Summary
| Overall Thickness | Overall Height | Overall Length | Insulation Insert Included | Total R-Value | Concrete Core Thickness |
|---|---|---|---|---|---|
| 6" | 12" | 24" | none | R-8 | 3.2" |
| 8" | 12" | 36" | none | R-8 | 5" |
| 10" | 12" | 36" | none | R-8 | 7" |
| 10" | 12" | 36" | 1.5" | R-14 | 5.5" |
| 12" | 12" | 24" | none | R-8 | 8.5" |
| 12" | 12" | 24" | 1.5" | R-14 | 7" |
| 12" | 12" | 24" | 3" | R-22 | 5.5" |
| 14" | 12" | 24" | none | R-8 | 10.5" |
| 14" | 12" | 24" | 1.5" | R-14 | 9" |
| 14" | 12" | 24" | 3" | R-22 | 7.5" |
| 14" | 12" | 24" | 5" | R-28 | 5.5" |
| 16" | 12" | 24" | none | R-8 | 12.5" |
| 16" | 12" | 24" | 1.5" | R-14 | 11" |
| 16" | 12" | 24" | 3" | R-22 | 9.5" |
| 16" | 12" | 24" | 5" | R-28 | 7.5" |
| 16" | 12" | 24" | 7" | R-36 | 5.5" |
| Overall Thickness | Overall Height | Overall Length | Insulation Insert Included | Total R-Value | Concrete Core Thickness |
Basement walls and walls retaining more than 4ft of soil (unbalanced) typically require a minimum 6.5″ concrete core.
The inherent insulation value, the 4 hour fire rating, the ease and speed of building and the moisture resistant capabilities make the system unmatched for most building projects. This is why our insulated concrete forms have been used worldwide in every possible building application both above and below-grade.
Insulated Concrete Forms with a Difference
Nexcem insulated concrete forms are different because we do not use any foams or plastics. Some refer to this type of system as ICCF or insulated composite concrete forms.
Our standard non-thermal insulated concrete forms have an insulation value of R-8 to R-12. This is based on the block thickness and inherent insulation properties of the Nexcem material itself.
Thermal Nexcem ICF blocks have a range of insulation values from R14 to R36+ (thermal mass not included). The R-value for these components depends on the unit type. The higher R values are achieved by incorporated mineral fiber insulation inserts within the cavity of the ICF concrete unit at the time of manufacture. The thickness of the insert incorporated will determine the overall R value of the wall assembly.
Nexcem provides a straightforward way to build high performance reinforced concrete walls that are energy-efficient, sound-proof, fire proof and built to last.
The choice to use mineral fiber insulation is deliberate because of its non-combustible and moisture resistant properties that complement the Nexcem material. The insulation inserts in our thermal blocks are positioned toward the exterior of the wall which results in additional protection and energy efficiency that is not possible with other insulated concrete forms. Since the R-values for our thermal units are based on the unit type, you can choose the optimal insulation value based on the requirements of your specific application.
We have also partnered with the world’s largest cork insulation manufacturer and can provide insulation inserts made from expanded cork insulation in our ICF blocks.
Nexcem ICF blocks are designed to accommodate all practical ranges of concrete thickness. The load carrying capacity of the wall system depends entirely upon the thickness of the concrete core and the steel reinforcing schedule. Standard reinforced concrete design principals (ACI 318 or CSA A23.3) based on the concrete cores are applicable.
To learn more about our products and how they can benefit your next building project, please don’t hesitate to contact us to discuss your needs.
Download a PDF version of the Nexcem System Summary here.
Wall System Summary
| Overall Thickness | Overall Height | Overall Length | Insulation Insert Included | Total R-Value | Concrete Core Thickness |
|---|---|---|---|---|---|
| 6" | 12" | 24" | none | R-8 | 3.2" |
| 8" | 12" | 36" | none | R-8 | 5" |
| 10" | 12" | 36" | none | R-8 | 7" |
| 10" | 12" | 36" | 1.5" | R-14 | 5.5" |
| 12" | 12" | 24" | none | R-8 | 8.5" |
| 12" | 12" | 24" | 1.5" | R-14 | 7" |
| 12" | 12" | 24" | 3" | R-22 | 5.5" |
| 14" | 12" | 24" | none | R-8 | 10.5" |
| 14" | 12" | 24" | 1.5" | R-14 | 9" |
| 14" | 12" | 24" | 3" | R-22 | 7.5" |
| 14" | 12" | 24" | 5" | R-28 | 5.5" |
| 16" | 12" | 24" | none | R-8 | 12.5" |
| 16" | 12" | 24" | 1.5" | R-14 | 11" |
| 16" | 12" | 24" | 3" | R-22 | 9.5" |
| 16" | 12" | 24" | 5" | R-28 | 7.5" |
| 16" | 12" | 24" | 7" | R-36 | 5.5" |
| Overall Thickness | Overall Height | Overall Length | Insulation Insert Included | Total R-Value | Concrete Core Thickness |
Basement walls and walls retaining more than 4ft of soil (unbalanced) typically require a minimum 6.5″ concrete core.
The inherent insulation value, the 4 hour fire rating, the ease and speed of building and the moisture resistant capabilities make the system unmatched for most building projects. This is why our insulated concrete forms have been used worldwide in every possible building application both above and below-grade.