ENERLAB 2000 inc.
CARTIER ECO
POLYISOCYANURATE FOAM BOARDS
Basic description
Cartier Eco wall insulation is a Type I Class 1 rigid polyisocyanurate foam faced on both sides with aluminium foil
facers. The manufacturing of the polyisocyanurate foam core and the lamination of the facing is a continuous and
simultaneous operation developing a tenacious bond between the foam and the facer, without the use of a separate
adhesive operation.
Uses
Cavity wall: In this type of construction the insulation is applied in the space between the inner and outer masonry
wythes.
Sidewall, inside: In this type of construction the insulation is secured to the inside face of the outer wall and the
interior gypsum board finish is applied either on furring strips (creating an air space) or directly to the insulation,
becoming an integral part of the assembly.
Sidewall, outside: In this type of construction the insulation is secured to the outside face of the outside wall. For
this type of application make sure that the minimum thickness required by the building code is used. See table on
next page as example. That thickness is in relation to the region (number of degree-days) and the design of the wall
(see section 9.25.1.2 of the National Building Code). Do not leave the insulation exposed to inclement weather and
cover as soon as possible.
Features & Advantages
Superior thermal resistance
Lightweight, easy to handle and cut
The multi-functional factory applied foil facers develop additional insulation value by way of reflectivity
contribution obtained when aluminum foil is facing an air space.
The foil facer also produces an efficient vapour and air barrier when sealed with tape or adhesive during the
application stage.
The factory laminated foil imparts strength to Cartier ECO which is not available with most other insulations.
The insulation is not toxic and has no characteristics that can cause skin irritation.
PHYSICAL PROPERTIES
*
Physical Properties
Metric Units (RSI)
Imperial Units
Test Procedure
Conditioned Thermal Resistance
(for 1.0 inch, 25.4mm)
1.14
6.5
(m2K/W)
(oF.ft2.hr / BTU)
ASTM C518
Water Vapour Transmission
3.0 ng/Pa.s.m2
0.05 perms
ASTM E96, Dry Method
Water Absorption
0.2% by volume
0.2% by volume
ASTM D2842
Service Temperature
(Maximum Continuous)
Compressive Strength
–600C to +930C
–760F to +2000F
124 kPa
18 lb/in2
ASTM D1621 Procedure A
2
Tensile Strength
142 kPa
20.6 lb/in
Flexural Strength
666 kPa
96.7 lb/in2
Dimensional Stability, % Linear Change
@-290C / -200F
@800C / 1760F
@700C / 1590F, 97% RH
+0.1
+0.1
-0.2
+0.1
+0.1
-0.2
Flame Spread Classification*
140
140
ASTM D1623 Type C
ASTM C203 Method 1, Proc.B
ASTM D2126
CAN/ULC-S102
This numerical flame spread rating is not intended to reflect hazards presented by this or any other material under actual fire conditions.
CAN/ULC-S102 test method shall be used for Canada. It does not provide the same flame spread rating as ASTM E84.
1895, De l'Industrie St-Mathieu-de-Beloeil (Québec) J3G 4S5
T é l . : ( 4 5 0 ) 4 4 6 - 8 5 5 4 W a t t : 1 8 0 0 5 6 1 - 8 6 8 6 Fa x . : ( 4 5 0 ) 4 4 6 - 8 5 5 7 / e n e r l a b @ e n e r l a b . c a
Juin 2012
Safety Precautions
This product is combustible and shall only be used as specified by the local building code with respect to flame
spread classification and to the use of a suitable thermal barrier when required. Also it should not be exposed to
open flame or welding torches.
Standards, Tests and Approvals
Cartier ECO polyisocyanurate rigid insulation is manufactured in conformity with the requirements of CAN/ULCS704, Type I, Class 1 and was evaluated by Canadian Construction Material Center, report CCMC
09582-L.
Consult the manufacturer for additional information regarding acceptance for use in compliance with other codes,
agencies or construction authorities.
Sizes and Thermal Resistance "R"
Standard size*
48" x 96" (1219mm x 2438mm)
IMPERIAL UNITS
METRIC UNITS
Tickness
Thermal resistance
Tickness
Thermal resistance
Inch
1.0
mm
25.4
R Value
6.50
RSI
1.14
mm
25
Inch
0.98
RSI
1.12
R Value
6.37
1.5
38.1
9.75
1.71
38
1.50
1.71
9.75
2.0
50.8
13.00
2.28
50
1.97
2.24
12.81
2.5
63.5
16.25
2.85
65
2.56
2.92
16.64
3.0
76.2
19.50
3.42
75
2.95
3.37
19.18
3.5
88.9
22.75
3.99
90
3.54
4.04
23.01
4.0
101.6
26.00
4.56
100
3.94
4.49
25.61
* Others thicknesses and sizes are available on special order, and also shiplap joints.
Heating Degree
Days, oC
<4999
5000 à 5999
6000 à 6999
7000 à 7999
8000 à 8999
Minimum thickness of Cartier ECO on the outside of the wall
(As per Table A-9.25.1.2.A of National Building Code)
Min. Ratio
Frame 38 x 89 mm
Frame 38 x 140 mm
int./ext.
Min. Thermal
Minimum Thickness
Min. Thermal
Minimum Thickness
resistance
Cartier ECO, inch (mm) resistance
Cartier ECO, inch (mm)
outside, RSI
@ 0.044 RSI/mm
outside, RSI
@ 0.044 RSI/mm
0.20
0.46
½”
(12.70)
0.72
¾”
(19.05)
0.30
0.69
½”
(12.70)
1.07
1.0”
(25.40)
0.35
0.81
¾”
(19.05)
1.25
1.0”
(25.40)
0.40
0.92
¾”
(19.05)
1.43
1 ¼”
(31.75)
0.50
1.16
1.0”
(25.40)
1.79
1.5”
(38.10)
Heating Degrees-days, oC
Examples of towns in Québec
<4999
5000 à 5999
6000 à 6999
7000 à 7999
8000 à 8999
Montréal, Gatineau, Laval, Longueuil
La Tuque, Rimouski, Gaspé, Mont Laurier, Québec
Amos, Sept-Iles, Matagami, Val D’Or,
Manicouagan, Gagnon, Eastmain,
Fort Chimo, Poste de la Baleine, Schefferville,
Guaranties, Warranties
The manufacturer’s recommendations for the use of their products as shown and described herein are based on tests
believed to be reliable. However, since the use and application of these products are beyond our control, we hereby
disclaim all warranties, either expressed or implied.
1895, De l'Industrie St-Mathieu-de-Beloeil (Québec) J3G 4S5
T é l . : ( 4 5 0 ) 4 4 6 - 8 5 5 4 W a t t : 1 8 0 0 5 6 1 - 8 6 8 6 Fa x . : ( 4 5 0 ) 4 4 6 - 8 5 5 7 / e n e r l a b @ e n e r l a b . c a
Juin 2012