Page 1
The Quality Insulation
Products for Many Diverse
Application
TEL: 00971 6 5257776, FAX: 00971 6 5257774
P.O.BOX: 22069, SHARJAH – UNITED ARAB EMIRATES
Email 1: [email protected]
Email 2: [email protected]
Email 3: [email protected]
Gulf Cool Therm
Polyisocyanurate (PIR) Insulation
CHILLED WATER PIPE AND DUCT INSULATION
CONTINUOUS PIR FOAM BLOCK PRODUCTION
CRYOGENIC INSULATION
COLD INSULATION FOR OIL, GAS AND REFINERY INDUSTRIES
SLAB / BOARD INSULATION
EQUIPMENT / TANK / VESSEL INSULATION
HIGH DENSITY THERAMAL PIPE SUPPORT INSERTS
HIGH DENSITY THERMAL DUCT SUPPORT INSERTS
HIGH DENSITY SUPPORT SPACER
www.gulfcooltherm.com
Page 2
www.gulfcooltherm.com
Page 3
www.gulfcooltherm.com1
ABOUT US
We are pleased to introduce ourselves as a factory established in 1993, Sharjah – United Arab Emirates.
Gulf Cool Therm Factory LLC is an ISO 9001:2008 Certi"ed Company with Quality System certi"ed by
UKAS of United Kingdom.
Gulf Cool Therm Factory LLC, is a leading manufacturers and suppliers of high quality:
Thermal Insulation Materials
Pre-insulated Pipes and Fittings for District Cooling Application
Polyisocyanurate Pipe, Duct, Slab and Vessel/Equipment Insulation
Polyurethane Pipe, Slab and Vessel/Equipment Insulation
Class ‘O’ CFC & HCFC Free Phenolic Foam Pipe, Duct, Wall and Roof Insulation
Continuous PIR/PUR Foam Block Production
Cold Insulation Materials for LNG, Oil and Gas Industries
Foam Glass Insulation
Phenolic Foam / Polyisocyanurate Pre-insulated Air Duct Panels
Roof and Wall Insulation
Polyurethane Spray Applied Foam
High Density Thermal Support Inserts for piping and Ducting
Heat Exchanger Insulated Box and Tray
Field Joint Insulation and Application
With many CNC Foam cutting machineries and production process units in the "eld with quality mate-
rial available, highly quali"ed technical and commercial sta#. We are con"dent that our product will
comply with all international standard and de"nitely will meet your requirements.
In order to facilitate our client with best service and respect to quality, prompt delivery, respective
elements of production and marketing were provided and enhanced under a tight quality control.
Page 4
2
Chilled Water Pipe, Duct and Slab Insulation
Materials
Product Description
Gulf Cool Therm Polyisocyanurate CFC free rigid closed cell foam manufac-
tured in similar way to standard Polyurethane, Gulf Cool Therm Polyisocy-
anurate has all the characteristics and advantages of rigid Polyurethane
foam but o"ers greatly increased resistance to burning and spread of #ame
and is able to withstand temperatures up to 140 oC. When subjected to $re
the outer surface of the foam forms a strong carbonaceous layer, which
retards further #ame spread and penetration. For ease of identi$cation.
Gulf Cool Therm Polyisocyanurate CFC free rigid closed cell foam with a low
Thermal Conductivity of 0.023 W/m oC at 10 oC, gives excellent thermal
properties and $re properties when tested in accordance with ASTM E 84,
and BS 476 Part 7, Class 1 rating.
Gulf Cool Therm Polyisocyanurate rigid insulation is 95% closed cell and
provides a long end satisfactory service life.
Gulf Cool Therm PHENOLIC FOAM PIPE AND DUCT INSULATIONGulf Cool Therm PHENOLIC FOAM PIPE, DUCT & SLAB INSULATION
Gulf Cool Therm Polyisocyanurate CFC free rigid closed cell insulation
materials display excellent insulation characteristics. They have extremely
low thermal conductivity values and can achieve optimal energy savings.
The excellent mechanical strength values and exceptional durability of rigid
Gulf Cool Therm Polyisocyanurate ful$l all the requirements made of
insulation materials used in the building industry.
Applications
Gulf Cool Therm Polyisocyanurate CFC free rigid closed cell insulation has
many diverse applications in Air-Conditioning Systems, Oil, Petrochemical,
Process Plant and General Insulation Industries. It can be used for Pipe,
Duct, Tank, Vessel and Equipment Insulation.
Densities
35Kg/m3 to 65Kg/m3 for Pipe Sections, Duct Insulation and Slabs.
80Kg/m3 to 200Kg/m3 for Thermal Support Inserts
Other Densities are available upon request
Gulf Cool Therm PHENOLIC FOAM PIPE AND DUCT INSULATIONGulf Cool Therm PHENOLIC FOAM PIPE, DUCT & SLAB INSULATIONGulf Cool Therm POLYISOCYANURATE (PIR) INSULATION
2
provides a long end satisfactory service life.low thermal conductivity values and can achieve optimal energy savings.
The excellent mechanical strength values and exceptional durability of rigid
Gulf Cool Therm Polyisocyanurate ful$l all the requirements made of
insulation materials used in the building industry.
Applications
Gulf Cool Therm Polyisocyanurate CFC free rigid closed cell insulation has
many diverse applications in Air-Conditioning Systems, Oil, Petrochemical,
Process Plant and General Insulation Industries. It can be used for Pipe,
Duct, Tank, Vessel and Equipment Insulation.
Densities
35Kg/m3 to 65Kg/m3 for Pipe Sections, Duct Insulation and Slabs.
80Kg/m3 to 200Kg/m3 for Thermal Support Inserts
Other Densities are available upon request
www.gulfcooltherm.com
Page 5
3
AVAILABILITY
Pipe Insulation, Duct Insulation, Slab Insulation
Pipe Support Inserts
Duct Support Inserts
PIPE FITTINGS Including Elbows, Tees, Valve, Covers... etc...
PIR Foam Blocks/Slabs for Design Mould and Boat/Ship partition/support
work.
Gulf Cool Therm Polyisocyanurate insulation is available as sectional pipe
covering, complete with a vapour barrier jacket, as well as sections for
"ttings, board, segments for equipment and large vessels.
Factory fabrication Standards: ASTC C 450 and ASTM C 585
FINISHING
PIPE SECTION with reinforced Aluminium Class ‘1’ foil faced.
PIPE SECTION with reinforced aluminium Class ‘O’ foil faced.
PIPE SECTION with Aluglass foil faced (Aluminized glass Cloth). Gulf Cool
Therm Polyisocyanurate Aluglass Finished Insulation is easy to "t and
installation cost can save because of applying canvas cloth and vapour
barrier will not be required.
PIPE Support Inserts or DUCT SSupport Inserts faced with reinforced
Aluminium foil, Aluglass foil or Un-faced.
Gulf Cool Therm PHENOLIC FOAM PIPE AND DUCT INSULATIONGulf Cool Therm PHENOLIC FOAM PIPE, DUCT & SLAB INSULATIONGulf Cool Therm POLYISOCYANURATE (PIR) INSULATION
ADVANTAGES
High Temperature Service – Gulf Cool Therm Polyisocyanurate insulation
does not soften or lose its strength at elevated temperatures within the
recommended use limits.
Low Thermal Conductivity – Procuring at the factory provides consistent
makes physical properties.
Easy Installation – Its light weight and ease of adherence to a variety of
surfaces makes it east to apply.
Gulf Cool Therm Polyisocyanurate is having high thermal properties i.e.
Low thermal conductivity, High Compressive strength, durability and
dimensional stability.
Gulf Cool Therm Polyisocyanurate is 95% closed cell and keep insulation
dry and secured until the life time of the construction.
Gulf Cool Therm PHENOLIC FOAM PIPE AND DUCT INSULATIONGulf Cool Therm PHENOLIC FOAM PIPE, DUCT & SLAB INSULATIONGulf Cool Therm POLYISOCYANURATE (PIR) INSULATION
3
Therm Polyisocyanurate Aluglass Finished Insulation is easy to "t and
installation cost can save because of applying canvas cloth and vapour
barrier will not be required.
PIPE Support Inserts or DUCT SSupport Inserts faced with reinforced
Aluminium foil, Aluglass foil or Un-faced.
Low Thermal Conductivity – Procuring at the factory provides consistent ty
makes physical properties.
Easy Installation – Its light weight and ease of adherence to a variety of
surfaces makes it east to apply.
Gulf Cool Therm Polyisocyanurate is having high thermal properties i.e.
Low thermal conductivity, High Compressive strength, durability and
dimensional stability.
Gulf Cool Therm Polyisocyanurate is 95% closed cell and keep insulation
dry and secured until the life time of the construction.
www.gulfcooltherm.com
Page 6
Gulf Cool Therm PHENOLIC FOAM PIPE AND DUCT INSULATIONGulf Cool Therm PHENOLIC FOAM PIPE, DUCT & SLAB INSULATION
A λ factor, R-value per 100mm, and thicknesses for an R-value of 1 (m2 0K /W) for
common insulation materials are shown below.
Comparative Thickness (mm) of commonly Speci#ed Insulation Materials
Required for Speci#c Metrics Values of Thermal Resistance (R-value)1
Comparative Thickness for same degree of Insulation (Dry
Conditions)
Thickness of Gulf Cool Therm Polyisocyanurate (PIR) for Calculated
Metric Values of Thermal Resistance (R-value)
Gulf Cool Therm POLYISOCYANURATE (PIR) INSULATION
www.gulfcooltherm.com
1 Metric R= 1 Corresponds to British Thermal Unit R-Factor 1
2 λ = W/m2 K Corresponds to British Theraml Unit K-Factory
m2 KW
(Btu) (in)(ft2) (oF) (Hr)
(Btu) (in)(ft2) (oF) (Hr)
4
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5
Gulf Cool Therm PHENOLIC FOAM PIPE AND DUCT INSULATIONGulf Cool Therm PHENOLIC FOAM PIPE, DUCT & SLAB INSULATION
Increase in thermal conductivity at various temperatures and prolonged storage time
For low temperature application Gulf Cool Therm Polyiscyanurate (PIR) must be covered with a vapour barrier to avoid condensation or icing.
Gulf Cool Therm POLYISOCYANURATE (PIR) INSULATION
5 www.gulfcooltherm.com
+
The graphs shown the Theramal Conductivity movement
against mean temperature.
SERVICE TEMPERATURES
Gulf Cool Therm Polyiscyanurate (PIR) can be used from
-160 OC up to +140 oC. Temperatures below 0 OC and above
120 OC require special methods of installation. In such
cases do not hesitate to contact us.
Page 8
6
Gulf Cool Therm PHENOLIC FOAM PIPE AND DUCT INSULATIONGulf Cool Therm PHENOLIC FOAM PIPE, DUCT & SLAB INSULATION
WORKABILITY
Gulf Cool Therm Polyiscyanurate (PIR) can be easily cut
with saw blades or knives. It is resistant to all kinds of
adhesive, bituminous emulsions and hot bitumen (180
OC to 220 OC). We will, however, assist you to "nd the
proper adhesives for your particular application.
Gulf Cool Therm POLYISOCYANURATE (PIR) INSULATION
6 www.gulfcooltherm.com
The
gra
ph
sh
ow
s th
e Th
erm
al C
on
ud
uct
ivit
y o
f Gu
lf C
oo
l T
he
rm P
oly
iso
cya
nu
rate
(PIR
)
Foam
at
di#
eren
t d
ensi
ties
.
+
Page 9
7
Gu
lf C
oo
l T
he
rm P
HE
NO
LIC
FO
AM
PIP
E A
ND
DU
CT
INS
UL
AT
ION
Gu
lf C
oo
l T
he
rm P
HE
NO
LIC
FO
AM
PIP
E, D
UC
T &
SL
AB
INS
UL
AT
ION
Gu
lf C
oo
l T
he
rm P
OLY
ISO
CY
AN
UR
AT
E (
PIR
) IN
SU
LA
TIO
N
Pro
pe
rtie
s T
est
Me
tho
d
Va
lue
V
alu
e
Va
lue
V
alu
e
Va
lue
V
alu
e
Va
lue
V
alu
e
Va
lue
V
alu
e
Va
lue
No
min
al D
en
sity
: Kg
/m3
(lb
/ft3
) A
ST
M D
-16
22
P
IR 3
5
(2.1
8)
PIR
50
(3.1
2)
PIR
65
(4.0
5)
TS
80
(4.9
9)
TS
10
0
(6.2
4)
TS
12
0
(7.4
9)
TS
16
0
(9.9
8)
TS
18
0
(11
.23
)
TS
20
0
(12
.48
)
TS
25
0
(15
.60
)
TS
36
0
(22
.47
)
Th
erm
al C
on
du
ctiv
ity
@ 1
0O
C (
50
oF
) a
ge
d
W /
m*K
(B
tu-i
n/h
*ft2
oF
) A
ST
M C
51
8/9
1
0.0
23
(0.1
59
)
0.0
23
(0.1
59
)
0.0
24
(0.1
66
)
0.0
27
(0.1
87
)
0.0
30
(0.2
07
)
0.0
32
(0.2
21
)
0.0
36
(0.2
48
6)
0.0
36
(0.2
48
6)
0.0
38
(0.2
62
)
0.0
38
(0.2
62
)
0.0
40
(0.2
76
)
Av
era
ge
Co
mp
ress
ive
Str
en
gth
@ 1
0%
Re
lati
ve D
efo
rma
tio
n: k
Pa
(lb
/in
+
10
%2)
AS
TM
D-1
62
1
BS
EN
82
6:1
99
6
24
5
(35
.53
)
36
5
(52
.93
)
75
0
(10
8.7
7)
11
20
(16
2.4
4)
13
50
(19
5.7
9)
14
25
(20
6.6
7)
>1
79
0
(25
9.6
0)
>2
00
0
(>2
90
.06
)
>2
40
0
(>3
48
.09
)
>4
00
0
(>5
80
.13
)
>7
00
0
(>1
01
5.2
3)
Co
mp
ress
ive
Mo
du
lus:
kP
a (
lb/i
n2)
AS
TM
F-1
83
9-0
1
13
02
0
(18
88
.39
)
18
60
0
(26
97
.70
)
24
20
0
(35
09
.91
)
29
88
0
(43
33
.72
)
37
36
0
(43
33
.72
)
44
83
0
(65
02
.04
)
59
60
0
(86
44
.24
)
66
30
0
(96
16
.00
)
72
25
0
(10
47
8.9
8)
90
15
0
(13
07
5.1
5)
12
83
50
(18
61
5.5
9)
Te
nsi
le S
tre
ng
th: k
Pa
(lb
/in
2)
AS
TM
D-1
62
3
22
0
(31
.9)
38
5
(55
.83
)
73
0
(10
5.8
7)
10
80
(15
6.6
4)
13
40
(19
5.6
5)
16
10
(23
3.5
1)
21
40
(31
0.3
6)
24
00
(34
8.0
7)
26
50
(38
4.3
3)
>3
31
0
(>4
80
.05
)
>4
30
0
(>6
23
.63
)
Sh
ea
r S
tre
ng
th: k
Pa
(lb
/in
2)
AS
TM
F-1
83
9-0
1
22
5
(32
.63
)
39
0
(56
.56
)
61
0
(88
.47
)
85
0
(12
3.2
8)
10
70
(15
5.1
9)
12
80
(18
5.6
4)
15
25
(22
1.1
7)
17
30
(25
0.9
)
19
50
(28
2.8
1)
>2
44
5
(>3
54
.6)
>3
21
0
(>4
65
.55
)
Sh
ea
r M
od
ulu
s: k
Pa
(lb
/in
2)
AS
TM
F-1
83
9-0
1
36
20
(52
5.0
3)
52
10
(75
5.6
4)
67
70
(98
1.9
)
10
91
0
(15
82
.36
)
13
64
0
(19
78
.31
)
16
36
0
(23
72
.81
)
17
02
0
(24
68
.54
)
>1
87
30
(>2
71
6.5
5)
20
80
0
(30
16
.78
)
>2
59
45
(>3
76
3.0
0)
>3
73
50
(>5
41
7.1
6)
Clo
sed
Ce
ll C
on
ten
t (A
pp
are
nt
vo
l, %
) A
ST
M D
-28
56
9
5
95
9
5
96
9
8
98
9
8
98
9
8
98
9
8
Av
g. W
ate
r V
ap
or
Tra
nsm
issi
on
(g
rain
s/h
*ft2
) A
ST
M E
96
-00
1
.6
1.5
1
.25
1.2
1
0
.8
0.6
0
.6
0.5
0
.4
0.3
Av
g. 6
A
ST
M D
-28
42
2
.25
2
1
.5
1.3
0
.8
0.8
0
.3
0.3
0
.3
0.2
5
0.2
Dim
en
sio
nal
Sta
bil
ity
(%
Lin
ear
Ch
an
ge
)
24
ho
urs
@ -
20
OC
24
ho
urs
@ +
11
0 O
C
24
ho
urs
@ +
70
OC
10
0%
RH
AS
TM
D-2
12
6
Ne
gli
gib
le
1.5
2
Ne
gli
gib
le
1.5
2
Ne
gli
gib
le
1
1.5
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Up
pe
r T
em
pe
ratu
re L
imit
OC
(OF
)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
Lin
ea
r C
oe
"ci
en
t o
f E
xpa
nsi
on
m/m
∙K
AS
TM
D-6
96
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
Fir
e r
esi
sta
nce
(sm
all s
cale
te
st)
BS
47
6 P
art
5
Cla
ss P
C
lass
P
Cla
ss P
C
lass
P
Cla
ss P
C
lass
P
Cla
ss P
C
lass
P
Cla
ss P
C
lass
P
Cla
ss P
Su
rfa
ce S
pre
ad
of
Fla
me
B
S4
76
Pa
rt 7
C
lass
1
Cla
ss 1
C
lass
1
Cla
ss 1
C
lass
1
Cla
ss 1
C
lass
1
Cla
ss 1
C
lass
1
Cla
ss 1
C
lass
1
Fla
me
Sp
rea
d In
de
x A
ST
M E
84
≤
25
≤
25
≤
25
2
5
25
2
5
25
2
5
25
2
5
25
Sm
oke
De
velo
pe
d In
de
x A
ST
M E
84
4
5
45
4
5
45
4
5
45
4
5
45
4
5
45
4
5
Av
era
ge
Tim
e o
f B
urn
ing
(m
m)
AS
TM
D-6
35
:91
<
5
<5
<
5
5
5
5
5
5
5
5
5
Av
era
ge
Ext
en
d o
f B
urn
ing
(m
m)
AS
TM
D-6
35
:91
<
5
<5
<
5
5
5
5
5
5
5
5
5
Fla
mm
ab
ilit
y-w
eig
ht
reta
ine
d
AS
TM
D-3
01
4-7
4
90
%
90
%
90
%
90
%
90
%
90
%
90
%
90
%
90
%
90
%
90
%
Lig
ht
Ob
scu
rati
on
A
ST
M D
-28
43
-70
3
0%
3
0%
3
0%
3
0%
3
0%
3
0%
3
0%
3
0%
3
0%
3
0%
3
0%
Ob
scu
rati
on
B
S 5
11
1 P
art
1
35
%
35
%
35
%
35
%
35
%
35
%
35
%
35
%
35
%
35
%
35
%
Th
is le
a&e
t ca
nce
ls a
nd
su
pe
rse
de
s al
l pre
vio
us
ed
itio
ns.
We
re
serv
e t
he
tig
ht
to a
me
nd
sp
eci
'ca
tio
n w
ith
ou
t p
rio
r n
oti
ce. W
hils
t th
e in
form
ati
on
co
nta
ine
d in
th
e le
a&
et
is t
rue
an
d a
ccu
rate
to
th
e b
est
of
ou
r kn
ow
led
ge
an
d b
elie
f, a
ll
lia
bili
ty f
or
err
ors
an
d o
mis
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ns,
dam
ag
e o
r lo
ss r
esu
ltin
g h
ere
fro
m is
he
reb
y e
xclu
de
d. R
eco
mm
en
da
tio
ns
for
use
s sh
ou
ld b
e v
eri
'e
d a
s to
su
itab
ilit
y a
nd
co
mp
lia
nce
wit
h a
c tu
al
req
uir
em
en
ts, s
pe
ci'
cati
on
an
d a
ny
ap
pli
cab
le l
aw
s
an
d r
eg
ula
tio
ns.
AS
TM
D-1
62
3
(31
.9)
(55
.83
) (1
05
.87
) (1
56
.64
) (1
95
.65
) (2
33
.51
) (3
10
.36
) (3
48
.07
) (3
84
.33
) (>
48
0.0
5)
(>6
23
.63
)
AS
TM
F-1
83
9-0
1
22
5
(32
.63
)
39
0
(56
.56
)
61
0
(88
.47
)
85
0
(12
3.2
8)
10
70
(15
5.1
9)
12
80
(18
5.6
4)
15
25
(22
1.1
7)
17
30
(25
0.9
)
19
50
(28
2.8
1)
>2
44
5
(>3
54
.6)
>3
21
0
(>4
65
.55
)
AS
TM
F-1
83
9-0
1
36
20
(52
5.0
3)
52
10
(75
5.6
4)
67
70
(98
1.9
)
10
91
0
(15
82
.36
)
13
64
0
(19
78
.31
)
16
36
0
(23
72
.81
)
17
02
0
(24
68
.54
)
>1
87
30
(>2
71
6.5
5)
20
80
0
(30
16
.78
)
>2
59
45
(>3
76
3.0
0)
>3
73
50
(>5
41
7.1
6)
AS
TM
D-2
85
6
95
9
5
95
9
6
98
9
8
98
9
8
98
9
8
98
) A
ST
M E
96
-00
1
.6
1.5
1
.25
1.2
1
0
.8
0.6
0
.6
0.5
0
.4
0.3
AS
TM
D-2
84
2
2.2
5
2
1.5
1
.3
0.8
0
.8
0.3
0
.3
0.3
0
.25
0
.2
AS
TM
D-2
12
6
Ne
gli
gib
le
1.5
2
Ne
gli
gib
le
1.5
2
Ne
gli
gib
le
1
1.5
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
Ne
gli
gib
le
<1
<1
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
14
0 (
28
4)
AS
TM
D-6
96
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
4
0-7
0x1
0-6
BS
47
6 P
art
5
Cla
ss P
C
lass
P
Cla
ss P
C
lass
P
Cla
ss P
C
lass
P
Cla
ss P
C
lass
P
Cla
ss P
C
lass
P
Cla
ss P
BS
47
6 P
art
7
Cla
ss 1
C
lass
1
Cla
ss 1
C
lass
1
Cla
ss 1
C
lass
1
Cla
ss 1
C
lass
1
Cla
ss 1
C
lass
1
Cla
ss 1
AS
TM
E 8
4
≤2
5
≤2
5
≤2
5
25
2
5
25
2
5
25
2
5
25
2
5
AS
TM
E 8
4
45
4
5
45
4
5
45
4
5
45
4
5
45
4
5
45
AS
TM
D-6
35
:91
<
5
<5
<
5
5
5
5
5
5
5
5
5
AS
TM
D-6
35
:91
<
5
<5
<
5
5
5
5
5
5
5
5
5
AS
TM
D-3
01
4-7
4
90
%
90
%
90
%
90
%
90
%
90
%
90
%
90
%
90
%
90
%
90
%
AS
TM
D-2
84
3-7
0
30
%
30
%
30
%
30
%
30
%
30
%
30
%
30
%
30
%
30
%
30
%
BS
51
11
Pa
rt 1
3
5%
3
5%
3
5%
3
5%
3
5%
3
5%
3
5%
3
5%
3
5%
3
5%
3
5%
tio
ns.
We
re
serv
e t
he
tig
ht
to a
me
nd
sp
eci
'ca
tio
n w
ith
ou
t p
rio
r n
oti
ce. W
hils
t th
e in
form
ati
on
co
nta
ine
d in
th
e le
a&
et
is t
rue
an
d a
ccu
rate
to
th
e b
est
of
ou
r kn
ow
led
ge
an
d b
elie
f, a
ll
resu
ltin
g h
ere
fro
m is
he
reb
y e
xclu
de
d. R
eco
mm
en
da
tio
ns
for
use
s sh
ou
ld b
e v
eri
'e
d a
s to
su
itab
ilit
y a
nd
co
mp
lia
nce
wit
h a
c tu
al
req
uir
em
en
ts, s
pe
ci'
cati
on
an
d a
ny
ap
pli
cab
le l
aw
s
ww
w.g
ulf
coo
lth
erm
.co
m
TE
CH
NIC
AL
DA
TA
SH
EE
T
Page 10
www.gulfcooltherm.com
Page 11
www.gulfcooltherm.com
Page 12
The Quality Insulation
Products for Many Diverse
Application
Easy to Fit - Energy Saving
www.gulfcooltherm.com
