Sure-Seal 1.14 mm and 1.52 mm roofing membranes are factory fabricated, Ethylene Propylene Diene Terpolymer (EPDM) based elastomeric homogenous roof coverings which may be used for new single-ply roof construction and reroofing applications. Membranes are available in widths up to 15 m and lengths up to 61 m. Custom dimensions are also available. Fire Retardant (FR) membranes are specially formulated to inhibit spread of flame and meet or exceed code body testing criteria for fire retardant roofing membranes.
APPLICATION
Sure-Seal 1.14 mm and 1.52 mm membranes are utilized in Design A, Fully-Adhered (.060" only); Design B, Ballasted Roofing Systems and Design C, Loose Laid Protected Roofing Systems.
For Design A, Fully-Adhered Roofing System: Insulation is mechanically attached to the roof deck. The substrate and membrane are coated with Carlisle Bonding Adhesive. The membrane is then rolled into place and brushed down. Splicing Cement and In-Seam SealantTM are applied to the splice area and Lap Sealant is used on the splice edge. As an alternate, HP-250 or LV-600 Primer and SecurTAPETM may be used for splicing.
For Design B, Ballasted Roofing System: Insulation is loose-laid over roof deck. Membrane is loose-laid over insulation and secured with a minimum 4.5 Kg of ballast per square foot. Design C is a similar system with the insulation installed on top of the membrane. Splicing Cement and In-Seam SealantTM are applied to the splice area and Lap Sealant is used on the splice edge. As an alternate, HP-250 or LV-600 Primer and SecurTAPETM may be used for splicing.
CONSULT CARLISLE SPECIFICATIONS FOR COMPLETE INSTALLATION INFORMATION.
CAUTIONS AND WARNINGS
- Use proper stacking procedures to ensure sufficient stability of the materials.
- Exercise caution when walking on wet membrane. Membranes are slippery when wet.
PROPERTIES AND CHARACTERISTICS
PHYSICAL PROPERTY
TEST METHOD
ASTM SPEC (Pass)
1.14 STANDARD
Tolerance on Nominal Thickness, %
ASTM D 412
±10
±10
Weight, 1bm/ft 2 (kg/m2) 1.14
...
0.26 (1.3)
Tensile Strength, min, psi (Mpa)
ASTM D 412
1305 (9)
1550 (10.7)
Elongation, Ultimate, min, %
ASTM D 412
300
480
Tear Strength, min, lbf/in (kN/m)
ASTM D 624
(Die C)
150 (26.3)
200 (35.0)
Factory Seam Strength, min.
Modified
ASTM D 816
Membrane Rupture
Membrane Rupture
Resistance to Heat Aging*
Properties after 4 weeks @ 116 ºC
Tensile Strength, min, psi (MPa)
Elongation, Ultimate, min, %
Tear Strength, min, lbf/in (kN/m)
Linear Dimensional Change, max, %
ASTM D 573
ASTM D 412
ASTM D 412
ASTM D 624
ASTM D 1204
1205 (8.3)
200
125 (21.9)
±1.0
1500 (10.3)
225
215 (37.6)
-0.4
Ozone Resistance*
Condition after exposure to 100 pphm
Ozone in air for 168 hours @ 40 ºC
Specimen is at 50% strain
ASTM D 1149
No Cracks
No Cracks
Brittleness Temp., max, deg. F (deg. C)*
ASTM D 746
-49 (-45)
-67 (-55)
Resistance to Water Absorption*
After 7 days immersion @ 70 ºC
Change in mass, max, %
ASTM D 471
+8, -2
+2.0
Water Vapor Permeance*
max, perms
ASTM E 96
(Proc. B or BW)
0.10
0.05
Resistance to Outdoor (Ultraviolet) Weathering*
Xenon-Arc, 7560 kJ/m2 total radiant exposure at
0.70 W/m2 irradiance, 80 ºC black panel temp.
ASTM G 155
No Cracks
No Crazing
No Cracks
No Crazing
(1) Not a Quality Control Test due tothe time required for the test or the complexity of the test. However, all tests are rum on a statistical basis to ensure overall long-term performance of the sheeting.
Vinitex Desagüe + Paragravillas
Sure-Seal Pressure-Sensitive SecurTAPE
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