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The Advanced Rigid Insulation Envelope
Illustrated Guide To Canadian CodeBased Applications
BuildWithHalo.com
Manufactured By:
Beaver Plastics Ltd.
Edmonton, AB
888.453.5961
AMC Foam Technologies Inc.
Winnipeg, MB
877.442.4465
Form Solutions
Cobourg, ON
888.706.7709
EXTERIOR CLADDING
HOUSEWRAP
WOOD
SHEATHING
DRYWALL
OPTIONAL STRAPPING BETWEEN
DRYWALL & INTERRA CREATES
AIR GAP WHICH PROVIDES
ADDITIONAL INSULATION VALUE
AND REFLECTS RADIANT HEAT BACK INTO
CONDITIONED SPACE.
SEE NOTE 2.
INTERRA INSULATION
WITH REFLECTIVE LAMINATES.
ACTS AS A VAPOUR AND
AIR BARRIER, AND PROVIDES
THERMAL BREAK.
SEE NOTES CODE COMPLIANCE
TO NBCC 2010 AND THERMAL
INSULATION VALUES.
SEAL JOINTS
WITH CONTRUCTION
TAPE TO MAINTAIN
CONTINUITY.
FRAMED WALL
NOTES:
1. Interra available in R-3, R-5, R-7 & R-9, with thickness of 0.625", 1", 1.5" and 2", respectively. For more information refer to theHalo Material Property Data Sheet
and the Halo Installation Guide.
2. Dead air space between the drywall and Interra can provide an additional R-value of R-2.8 for air gaps of 3 4". To create dead air space, joints must be tape sealed
along wall perimeter.
3. Interra typical above-grade wall assembly complies with the following sections of the National Building Code of Canada 2010.
3.a.
9.25.2.2, "Insulation Materials." Complies with CAN/ULC S701, and listed with CCMC under report 14004-L.
3.b.
9.25.3.1, 9.25.3.3 & 9.36.2.10, which requires air barrier systems to be continuous and all joints taped or sealed.
3.c.
9.25.4.2, "Vapour Barrier Materials." A vapour barrier must have a permeance not greater than 60 ng/Pa-s-m². Independent testing has shown Interra to have
a vapour Permeance of 1.7 ng/Pa-s-m². Therefore, no additional vapour barrier is required.
3.d.
9.25.4.3, "Installation of Vapour Barriers." requires products that provide both the vapour barrier and insulation shall be installed on the warm side of the
assembly. Interra used on the interior side of exterior wall assemblies, ceilings, or roofs, provides both the insulation and vapour barrier requirements.
3.e.
9.25.5.1 requires materials used to control the transfer of heat, air and water vapour between conditioned and unconditioned space, exterior air, or the ground,
must have an air leakage less than 0.1 L/(s-m²) at 75 Pa, and a water vapour permeance not greater than 60ng/Pa-s-m².. Table A-9.25.5.1(1) lists EPS as
having an air leakage value of 0.02 L/(s-m²) at 75 Pa. Refer to Note 2b for vapour permeance of Interra.
3.f.
9.36.2.5, "Continuity of Insulation." Requires the insulation to remain continuous.
2.a.
9.36.2.9, "Air Tightness". A continuous air barrier, provided by Interra, can control
air leakage into and out of conditioned spaces.
Drawing:
Date:
Page:
TM
The drawing represented herein is to be used as a
reference guide only; the user shall check to ensure the
drawing meets local building codes and construction
practices by consulting local building officials and
professionals, including any additional requirements.
Logix reserves the right to make changes to the drawing
without notice and assumes no liability in connection with
the use of the drawing including modification, copying or
distribution.
IAG-1
Apr 24/15
Title:
TYPICAL INTERRA ABOVE-GRADE
WALL ASSEMBLY
1/1
CONCRETE OR MASONRY
FOUNDATION WALL
OPTIONAL FRAMED WALL
ASSEMBLY AGAINST
INTERRA. FRAMED WALL
ASSEMBLY WITHOUT CAVITY
INSULATION PROVIDES
AIR SPACE THAT WILL ALLOW
RADIANT HEAT TO REFLECT BACK
INTO THE CONDITIONED SPACE.
INTERRA INSULATION
WITH REFLECTIVE LAMINATES.
ACTS AS A VAPOUR BARRIER AND
PROVIDES THERMAL BREAK.
SEE NOTES FOR CODE
COMPLIANCE TO NBCC 2010
AND THERMAL INSULATION VALUES.
SEAL JOINTS
WITH CONTRUCTION
TAPE TO MAINTAIN
CONTINUITY.
NOTES:
1. Interra available in R-3, R-5, R-7 & R-9, with thickness of 0.625", 1", 1.5" and 2", respectively. For more information refer to the Halo Material Property Data Sheet
and the Halo Installation Guide.
2. Removal of cavity insulation exposes the foil laminate of Interra which can reflect radiant heat back into the conditioned space..
3. Interra typical below-grade wall assembly complies with the following sections of the National Building Code of Canada 2010.
3.a.
9.25.2.2, "Insulation Materials." Complies with CAN/ULC S701, and listed with CCMC under report 14004-L.
3.b.
9.25.3.1, 9.25.3.3 & 9.36.2.10, which requires air barrier systems to be continuous and all joints taped or sealed.
3.c.
9.25.4.2, "Vapour Barrier Materials." A vapour barrier must have a permeance not greater than 60 ng/Pa-s-m². Independent testing has shown Interra to have
a vapour Permeance of 1.7 ng/Pa-s-m². Therefore, no additional vapour barrier is required.
3.d.
9.25.4.3, "Installation of Vapour Barriers." requires products that provide both the vapour barrier and insulation shall be installed on the warm side of the
assembly. Interra used on the interior side of exterior wall assemblies, ceilings, or roofs, provides both the insulation and vapour barrier requirements.
3.e.
9.25.5.1 requires materials used to control the transfer of heat, air and water vapour between conditioned and unconditioned space, exterior air, or the ground,
must have an air leakage less than 0.1 L/(s-m²) at 75 Pa, and a water vapour permeance not greater than 60ng/Pa-s-m².. Table A-9.25.5.1(1) lists EPS as
having an air leakage value of 0.02 L/(s-m²) at 75 Pa. Refer to Note 2b for vapour permeance of Interra.
3.f.
9.36.2.5, "Continuity of Insulation." Requires the insulation to remain continuous.
3.g.
9.36.2.9, "Air Tightness". A continuous air barrier, provided by Interra, can control air leakage into and out of conditioned spaces.
TM
The drawing represented herein is to be used as a
reference guide only; the user shall check to ensure the
drawing meets local building codes and construction
practices by consulting local building officials and
professionals, including any additional requirements.
Logix reserves the right to make changes to the drawing
without notice and assumes no liability in connection with
the use of the drawing including modification, copying or
distribution.
Drawing:
Date:
Page:
IBG-1
Apr 24/15
1/1
Title:
TYPICAL INTERRA BELOW-GRADE
WALL ASSEMBLY
WATERPROOFING
SUBTERRA INSULATION.
PROVIDES INSULATION, PROTECTS
WATERPROOFING, REDUCES DAMAGE
TO WALL CAUSED BY FREEZE/THAW
CYCLES, AND ACTS AS A
DRAINAGE LAYER TO KEEP MOISTURE
AWAY FROM THE FOUNDATION WALL.
SEE NOTES FOR CODE COMPLIANCE
TO NBCC 2010 AND THERMAL
INSULATION VALUES.
FOUNDATION
WALL
FREE-DRAINING
BACKFILL
SEAL JOINTS
WITH CONTRUCTION
TAPE TO MAINTAIN
CONTINUITY.
CRUSHED STONE
WITH DRAIN TILE.
FILTER FABRIC
NOTES:
1. Subterra available in R-5, R-7 & R-9, with thickness of 1", 1.5" and 2", respectively. For more information refer to the Halo Material Property Data Sheet and the
Halo Installation Guide.
2. Subterra typical below-grade wall assembly complies with the following sections of the National Building Code of Canada 2010.
2.a.
9.25.2.2, "Insulation Materials." Complies with CAN/ULC S701, and listed with CCMC under report 14004-L.
2.b.
9.36.2.5, "Continuity of Insulation." Requires the insulation to remain continuous.
TM
The drawing represented herein is to be used as a
reference guide only; the user shall check to ensure the
drawing meets local building codes and construction
practices by consulting local building officials and
professionals, including any additional requirements.
Logix reserves the right to make changes to the drawing
without notice and assumes no liability in connection with
the use of the drawing including modification, copying or
distribution.
Drawing:
Date:
Page:
SBG-1
Apr 24/15
1/1
Title:
TYPICAL SUBTERRA BELOW-GRADE
WALL ASSEMBLY
FOUNDATION WALL
INTERIOR
SEAL JOINTS
WITH CONTRUCTION
TAPE TO MAINTAIN
CONTINUITY.
CONCRETE
SLAB
SUBTERRA INSULATION.
PROVIDES INSULATION, REDUCES
HEAT LOSS, MINIMIZES SOIL GAS
INGRESS, AND ACTS AS A VAPOUR
BARRIER.
SEE NOTES FOR CODE COMPLIANCE
TO NBCC 2010 AND THERMAL
INSULATION VALUES.
GRANULAR
FILL
SUBTERRA INSULATION. INSTALLED
BETWEEN FOUNDATION WALL AND
SLAB TO CREATE THERMAL BREAK.
SEE NOTES FOR CODE COMPLIANCE
TO NBCC 2010 AND THERMAL
INSULATION VALUES.
NOTES:
1. Subterra available in R-5, R-7 & R-9, with thickness of 1", 1.5" and 2", respectively. For more information refer to the Halo Material Property Data Sheet and the
Halo Installation Guide.
2. Subterra typical below-slab assembly complies with the following sections of the National Building Code of Canada 2010.
2.a.
9.25.2.2, "Insulation Materials." Complies with CAN/ULC S701, and listed with CCMC under report 14004-L.
2.b.
9.25.4.2, "Vapour Barrier Materials." A vapour barrier must have a permeance not greater than 60 ng/Pa-s-m². Independent testing has shown Subterra to
have a vapour Permeance of 2.1 to 2.7 ng/Pa-s-m². Therefore, no additional vapour barrier is required.
2.c.
9.36.2.5, "Continuity of Insulation." Requires the insulation to remain continuous.
TM
The drawing represented herein is to be used as a
reference guide only; the user shall check to ensure the
drawing meets local building codes and construction
practices by consulting local building officials and
professionals, including any additional requirements.
Logix reserves the right to make changes to the drawing
without notice and assumes no liability in connection with
the use of the drawing including modification, copying or
distribution.
Drawing:
Date:
Page:
SBS-1
Apr 24/15
1/1
Title:
TYPICAL SUBTERRA BELOW-SLAB
ASSEMBLY
FOUNDATION WALL.
INTERIOR
WOOD STRAPPING
AT 16" OR 24" O/C BETWEEN
INTERRA. INSTALL STRAPPING
ALONG FLOOR PERIMETER..
SUBFLOOR
INTERRA INSULATION.
PROVIDES INSULATION, MINIMIZES
SOIL GAS INGRESS & REDUCES
HEAT LOSS.
SEE NOTES FOR CODE COMPLIANCE
TO NBCC 2010 AND THERMAL
INSULATION VALUES.
A SEPARATE VAPOUR
BARRIER REQUIRED
BETWEEN INTERRA
AND CONCRETE SLAB.
SLAB-ON-GRADE
NOTES:
1. Interra available in R-3, R-5, R-7 & R-9, with thickness of 0.625", 1", 1.5" & 2", respectively. For more information refer to the Halo Material Property Data Sheet
and the Halo Installation Guide.
2. Interra typical above-slab assembly complies with the following sections of the National Building Code of Canada 2010.
2.a.
9.25.2.2, "Insulation Materials." Complies with CAN/ULC S701, and listed with CCMC under report 14004-L.
2.b.
9.25.4.2, "Vapour Barrier Materials." A separate vapour barrier must be installed between the slab and Interra.
TM
The drawing represented herein is to be used as a
reference guide only; the user shall check to ensure the
drawing meets local building codes and construction
practices by consulting local building officials and
professionals, including any additional requirements.
Logix reserves the right to make changes to the drawing
without notice and assumes no liability in connection with
the use of the drawing including modification, copying or
distribution.
Drawing:
Date:
Page:
IAS-1
Apr 24/15
1/1
Title:
TYPICAL INTERRA ABOVE-SLAB
FLOOR ASSEMBLY
SEAL JOINTS
WITH CONTRUCTION
TAPE TO MAINTAIN
CONTINUITY. TAPE
APPLIED FROM THE
INTERIOR SIDE.
OPTIONAL STRAPPING BETWEEN
DRYWALL & INTERRA CREATES
AIR GAP WHICH PROVIDES
ADDITIONAL INSULATION VALUE
AND REFLECTS RADIANT HEAT BACK INTO
CONDITIONED SPACE.
SEE NOTE 2.
INTERRA INSULATION
WITH REFLECTIVE LAMINATES.
ACTS AS A VAPOUR AND
AIR BARRIER, AND PROVIDES
THERMAL BREAK.
SEE NOTES CODE COMPLIANCE
TO NBCC 2010 AND THERMAL
INSULATION VALUES.
DRYWALL
INTERRA PLACED
AGAINST ROOF RAFTERS
REFLECT RADIANT HEAT
AWAY FROM THE ROOF
REDUCING HEAT GAINS.
ROOF SHEATHING
AND SHINGLES.
NOTES:
1. Interra available in R-3, R-5, R-7 & R-9, with thickness of 0.625", 1", 1.5" and 2", respectively. For more information refer to the Halo Material Property Data Sheet,
and the Halo Installation Guide.
2. Dead air space between the drywall and Interra can provide an additional R-value of R-2.8 for air gaps of 3 4". To create dead air space, joints must be tape sealed
along perimeter of ceiling.
3. Interra typical roof assembly complies with the following sections of the National Building Code of Canada 2010.
3.a.
9.25.2.2, "Insulation Materials." Complies with CAN/ULC S701, and listed with CCMC under report 14004-L.
3.a.
9.25.3.1, 9.25.3.3 & 9.36.2.10, which requires air barrier systems to be continuous and all joints taped or sealed.
3.b.
9.25.4.2, "Vapour Barrier Materials." A vapour barrier must have a permeance not greater than 60 ng/Pa-s-m². Independent testing has shown Interra to have
a vapour Permeance of 1.7 ng/Pa-s-m². Therefore, no additional vapour barrier is required.
3.c.
9.25.4.3, "Installation of Vapour Barriers." requires products that provide both the vapour barrier and insulation shall be installed on the warm side of the
assembly. Interra used on the interior side of exterior wall assemblies, ceilings, or roofs, provides both the insulation and vapour barrier requirements.
3.d.
9.25.5.1 requires materials used to control the transfer of heat, air and water vapour between conditioned and unconditioned space, exterior air, or the ground,
must have an air leakage less than 0.1 L/(s-m²) at 75 Pa, and a water vapour permeance not greater than 60ng/Pa-s-m².. Table A-9.25.5.1(1) lists EPS as
having an air leakage value of 0.02 L/(s-m²) at 75 Pa. Refer to Note 2b for vapour permeance of Interra.
3.g.
9.36.2.5, "Continuity of Insulation." Requires the insulation to remain continuous.
3.h.
9.36.2.9, "Air Tightness". A continuous air barrier, provided by Interra, can control air leakage into and out of conditioned spaces.
TM
The drawing represented herein is to be used as a
reference guide only; the user shall check to ensure the
drawing meets local building codes and construction
practices by consulting local building officials and
professionals, including any additional requirements.
Logix reserves the right to make changes to the drawing
without notice and assumes no liability in connection with
the use of the drawing including modification, copying or
distribution.
Drawing:
Date:
Page:
IR-1
Apr 24/15
1/1
Title:
TYPICAL INTERRA ROOF
ASSEMBLY
FLOOR JOISTS
SEAL JOINTS
WITH CONTRUCTION
TAPE TO MAINTAIN
CONTINUITY.
INTERRA INSULATION
WITH REFLECTIVE LAMINATES.
ACTS AS A VAPOUR AND
AIR BARRIER, AND PREVENTS HEAT
LOSS THROUGH THE CEILING.
SEE NOTES CODE COMPLIANCE
TO NBCC 2010 AND THERMAL
INSULATION VALUES.
OPTIONAL STRAPPING BETWEEN
DRYWALL & INTERRA CREATES
AIR GAP WHICH PROVIDES
ADDITIONAL INSULATION VALUE
AND REFLECTS RADIANT HEAT
BACK INTO CONDITIONED SPACE.
SEE NOTE 2.
DRYWALL
NOTES:
1. Interra available in R-3, R-5, R-7 & R-9, with thickness of 0.625", 1", 1.5" and 2", respectively. For more information refer to the Halo Material Property Data Sheet,
and the Halo Installation Guide.
2. Dead air space between the drywall and Interra can provide an additional R-value of R-2.8 for air gaps of 3 4". To create dead air space, joints must be tape sealed
along ceiling perimeter.
3. Interra typical ceiling assembly complies with the following sections of the National Building Code of Canada 2010.
3.a.
9.25.2.2, "Insulation Materials." Complies with CAN/ULC S701, and listed with CCMC under report 14004-L.
3.b.
9.25.3.1, 9.25.3.3 & 9.36.2.10, which requires air barrier systems to be continuous and all joints taped or sealed.
3.c.
9.25.4.2, "Vapour Barrier Materials." A vapour barrier must have a permeance not greater than 60 ng/Pa-s-m². Independent testing has shown Interra to have
a vapour Permeance of 1.7 ng/Pa-s-m². Therefore, no additional vapour barrier is required.
3.d.
9.25.4.3, "Installation of Vapour Barriers." requires products that provide both the vapour barrier and insulation shall be installed on the warm side of the
assembly. Interra used on the interior side of exterior wall assemblies, ceilings, or roofs, provides both the insulation and vapour barrier requirements.
3.e.
9.25.5.1 requires materials used to control the transfer of heat, air and water vapour between conditioned and unconditioned space, exterior air, or the ground,
must have an air leakage less than 0.1 L/(s-m²) at 75 Pa, and a water vapour permeance not greater than 60ng/Pa-s-m².. Table A-9.25.5.1(1) lists EPS as
having an air leakage value of 0.02 L/(s-m²) at 75 Pa. Refer to Note 2b for vapour permeance of Interra.
3.g.
9.36.2.5, "Continuity of Insulation." Requires the insulation to remain continuous.
3.h.
9.36.2.9, "Air Tightness". A continuous air barrier, provided by Interra, can control air leakage into and out of conditioned spaces.
TM
The drawing represented herein is to be used as a
reference guide only; the user shall check to ensure the
drawing meets local building codes and construction
practices by consulting local building officials and
professionals, including any additional requirements.
Logix reserves the right to make changes to the drawing
without notice and assumes no liability in connection with
the use of the drawing including modification, copying or
distribution.
Drawing:
Date:
Page:
IC-1
Apr 24/15
1/1
Title:
TYPICAL INTERRA CEILING
ASSEMBLY