POLYSOL IP 35 V
POLYSOL IP 35 C
POLYSOL IP is an insulating system obtained through the hot bonding
of a smooth or mineral-coated plastomeric waterproofing membrane
reinforced with glass fibre or non-woven polyester fabric to strips
of stiff polyurethane foam.
Guaranteed Quality
UNI ISO 9001 and UNI ISO 14001
Polyglass is a member of
Green Building Council
Product in compliance
with European Standards
Bituminous membrane
polymeric matrix ageing control
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POLYSOL INSULATING SYSTEMS
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PRODUCT DESCRIPTION
POLYSOL IP is an insulating system obtained through the hot bonding of a smooth or mineral-coated
plastomeric waterproofing membrane reinforced with glass fibre or non-woven polyester fabric to strips of stiff
polyurethane foam. This system offers excellent performance in terms of thermal insulating.
THERMAL INSULATING DESCRIPTION
Stiff polyurethane foam panels with elevated density made in continuous lamination and faced with flexible
support on both sides are cut into 50 mm wide strips. The panel’s facing can be in reinforced glass fibre and
polythene (POLYSOL IP 35 V) or in bituminous felt rolls (POLYSOL IP 35 C).
BONDED MEMBRANE DESCRIPTION
Plastomeric waterproofing membrane made of a distilled bitumen-based compound modified with
polypropylene and with reinforcement in non-woven polyester fabric or fiber glass. The membrane is made
with NAT®, technology, the innovative production that controls the ageing of the bituminous membrane’s
polymeric matrix.
WHERE TO APPLY
POLYSOL IP is used in the waterproofing and thermal insulating of walkable and non-walkable civil and
industrial pitched, flat, slightly arched and shed roofs.
POLYSOL IP 35 V
POLYSOL IP 35 C
APPLICATION: INSTRUCTIONS AND RECOMMENDATIONS
POLYSOL IP must be laid with its grey membrane facing up and anchored in the right way depending on
the surface and environmental conditions (windy surroundings, low temperatures or abrupt temperature
change):
• flaming with propane gas on vapour barrier or filter;
• molten bitumen oxide (POLYOXID);
• glue (POLYFIX);
• mechanical fixings (nylon nails and bolts, steel nails with washers).
NEW: POLYVAP SA double-adhesive vapour barrier can also be used as of today !
Whenever the rolls are not provided with side lap selvedge strips, special POLYBAND sealing strips with
min. 14 cm height are supplied. The laying surface must be dry, clean, and sufficiently smooth and level.
Any additional membranes required must be laid with complete adherence to the underlying layer making
sure that such sheets overlap the sealing band.
STOCKING
POLYSOL IP 35V and POLYSOL IP 35V rolls are packaged in heat-sealed polythene sacks. In order to
maintain all waterproofing and thermal insulating properties intact, store the product in a dry place out of
direct sunlight. Contact with organic liquids and solvents can damage the product. Be careful to avoid any
puncturing activity during laying (by wearing shoes with cleats, positioning concentrated weights on top, or
dropping cutting objects).
NOMINAL
VALUES
34 ±2
0,024
NOMINAL
VALUES
34 ±2
0,024
W/mK
0,028
0,028
EN 826
COMPRESSIVE STRENGTH AT 10% DEFORMATION
kPa
EN 12086
WATER VAPOUR TRANSMISSION (Z)
m2 h Pa/mg
EN 13165
Sp 30-40 150
Sp 50-120 160
20
POLYSOL IP 35 C
UNIT OF
MEASURE
kg/m3
W/mK
POLYSOL IP 35 V
TECHNICAL
CHARACTERISTICS
DENSITY
INITIAL HEAT CONDUCTIVITY AT 10°C TEMPERATURE C λ
HEAT CONDUCTIVITY STABILIZED
STATISTICAL VALUE 10° C λD
Sp 30-120 160
5,4
LONG-TERM (28 DAY) WATER ABSORPTION AFTER
TOTAL IMMERSION
DIMENSIONAL STABILITY (+70±2)°C and (90±5) % RH for (48±1 hr)
Variation in thickness
Variation at sides
%
%
EN 1604
DIMENSIONAL STABIL (-20±3) °C for (48±1) h
Variation in thickness
Variation at sides
%
%
EN 11925-2
EN 13501-1
≤0,5
≤2,0
≤0,5
≤2,0
REACTION TO FIRE
Euroclasse
F
F
EN 12087-2A
EN 1604
%
≤2,0
≤4,0
≤1,0
≤2,0
≤4,0
≤1,0
POLYSOL IP
EN
STANDARD
UNI EN ISO 845
EN 12667
For proper design, the values of λD should be increased as reported by the UNI EN ISO 10456. Materials and products for the building.
Properties humidity. Tabulated values of project and procedures for the establishment of technical standards and declared the project.
N/50 mm
N/50 mm
°C
KPa
300 (-20%)
200 (-20%)
4 (-2)
4 (-2)
<-10
>60
NOMINAL
VALUES
NPD
3,5 (±10%)
300 (-20%)
200 (-20%)
4 (-2)
4 (-2)
<-10
>60
NOMINAL
VALUES
4 (±0,2)
NPD
400 (-20%)
300 (-20%)
35 (-15)
35 (-15)
<-10
>60
PLASTOMERIC MEMBRANE W/POLYESTER FABRIC (MINERAL)
EN 1109
EN 1928
N/50 mm
N/50 mm
NOMINAL
VALUES
3 (±0,2)
NPD
PLASTOMERIC MEMBRANE W/POLYESTER FABRIC
EN 12311-1
UNIT OF
MEASURE
mm
kg/m2
PLASTOMERIC MEMBRANE W/GLASS FIBRE(MINERAL)
EN 12311-1
TECHNICAL
CHARACTERISTICS
THICKNESS
WEIGHT PER UNIT AREA
TENSILE STRENGTH
Longitudinal
Transversal
STATIC LOAD STRENGTH
Longitudinal
Transversal
COLD FLEXIBILITY
WATERPROOFING
PLASTOMERIC MEMBRANE W/FIBER GLASS
TECHNICAL CHARACTERISTICS OF THE WATERPROOFING MEMBRANE
EN
STANDARD
EN 1849-1
EN 1849-1
NOMINAL
VALUES
NPD
4,5 (±10%)
400 (-20%)
300 (-20%)
35 (-15)
35 (-15)
<-10
>60
TECHNICAL CHARACTERISTICS OF THE Insulating SYSTEM
TECHNICAL
CHARACTERISTICS
THERMAL RESISTANCE
TRASMITTANCE
RD
K
HEAT CONDUCTIVITY λD
UNIT OF
PRODUCED
MEASURE NAME
mqk/W
W/mqk
W/mK
THICKNESS mm
IP 35C
30
1,05
40
1,40
50
1,75
60
2,10
80
2,85
90
3,20
100
3,55
120
4,25
IP 35V
1,05
1,40
1,75
2,10
2,85
3,20
3,55
-
IP 35C
0,95
0,71
0,57
0,47
0,35
0,31
0,28
0,23
IP 35V
0,95
0,71
0,57
0,47
0,35
0,31
0,28
-
0,028
0,028
0,028
0,028
0,028
0,028
0,028
0,028
IP 35C
IP 35V
DIMENSIONS – PACKAGING
PRODUCT NAME
IP 35C - IP 35V
IP 35C - IP 35V
IP 35C - IP 35V
IP 35C - IP 35V
IP 35C - IP 35V
IP 35C - IP 35V
IP 35C - IP 35V
IP 35C - IP 35V
PANEL THICKNESS
(mm)
30
40
50
60
80
90
100
120
ROLL DIMENSION
(m)
1 x 7,5
1x6
1x5
-
AVAILABLE COLOURS
Upperside protected with coloured mineral slate chips:
Grey
Other colours available on request in quantities to be defined.
PANEL DIMENSIONS
INTERIORS (m)
1 x 1,20 - 1 x 2,40
1 x 1,20 - 1 x 2,40
1 x 1,20 - 1 x 2,40
1 x 1,20 - 1 x 2,40
1 x 1,20 - 1 x 2,40
1 x 1,20 - 1 x 2,40
1 x 1,20 - 1 x 2,40
1 x 1,20 - 1 x 2,40
PANEL DIMENSIONS
SLATS (m)
1 x 1,20 - 1 x 2,40
1 x 1,20 - 1 x 2,40
1 x 1,20 - 1 x 2,40
1 x 1,20 - 1 x 2,40
-
Considering the various situations of use, the numerous types of support surfaces and the possibilities for use inside COMPLEX WATERPROOF LAYERING, Polyglass SpA cannot assume any liability for damages derived from the product’s results in terms of function or aesthetics.
TECHNICAL CHARACTERISTICS OF THE THERMAL INSULATING
1
2
3
4
5
6
7
8
9
1 Remove the insulating system from its package.
2 Position the roll over the vapour barrier and torch it lightly for the adhesion of the system.
3 Fix the overlap and weld them.
4 Position the second roll.
5 / 6 Lightly torch the side laps.
7 Cut the insulating system for the insertion of the breather pipe (beneath the vapour barrier).
8 / 9 After the breather pipe has been inserted, make the other details necessary.
relational.it - 06/10 - 2000
POLYSOL INSULATING SYSTEMS
APPLICATION METHOD
POLYGLASS SPA reserves
the right to make any and
all modifications required
for the ongoing perfection
of the product without
notice.
POLYGLASS SPA
Registered Office - Viale Jenner, 4 - 20159 MILANO
Head Office - Via dell’Artigianato, 34 - 31047 Ponte di Piave (TV) - Italy - Tel. +39 04227547 - Fax +39 0422854118
www.polyglass.com - [email protected]