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DELIVERING THE FUTURE OF COMPOSITE SOLUTIONS
AEROSPACE QUALIFIED PREPREGS
PRODUCT INFORMATION : AEROSPACE QUALIFIED PREPREGS
www.gurit.com
1
Gurit offers four resin chemistries:
CHEMISTRY DESCRIPTION PAGE
RE
SIN
CH
EM
ISTR
IES
PHENOLIC Phenolic based chemistry is well established within the aerospace and rail industries where ultimate fire retardancy, low smoke emission and low smoke toxicity (FST) properties are required. Phenolic prepregs are therefore commonly used in interior aircraft components such as side walls and flooring.
2
EPOXY Gurit has a range of fire-retardant epoxy systems suitable for applications where increased mechanical properties are required. They generally exhibit good flame spread properties and can be used in more structural components compared to phenolics such as flooring panels. Where the optimum blend of FST and mechanical properties is required, Gurit epoxy prepregs also can be co-cured with phenolic prepregs. This is an established approach to the manufacture of aerospace flooring sandwich panels.
4
CYANATE ESTER Cyanate ester prepregs provide excellent FST properties and can be used in thermally demanding applications due to their high glass transition temperatures (>200oC). Laminates constructed with cyanate ester prepregs demonstrate very low gas permeability and are volatile-free, resulting in low void and porous free components. This together with their excellent FST and high Tg properties make them ideal for air-conditioning ducting construction in aerospace applications.
6
BENZOXAZINE Gurit’s Benzoxazine prepregs represent the next generation of fire-retardant chemistry where similar FST properties to phenolics are required. An advantage of Benzoxazine chemistry is that it is phenol and formaldehyde free meeting the latest environmental standards. Additionally, during cure, Benzoxazine prepregs are volatile-free resulting in low void and porus-free components, therefore eliminating costly reworking processes associated with the manufacture of phenolic-based prepreg components.
7
ADVANCED COMPOSITE MATERIALS FOR THE AEROSPACE INDUSTRY
Gurit has developed a broad range of strong, light and fire-retardant aerospace materials which
are ideally suited for interior or structural components such as passenger and cargo floor panels,
cabin linings, ceiling panels, air ducts, plenums, overhead compartments, lavatories, galleys, bars,
wardrobes, partitions, seats, flap track and belly fairings, winglets and fins, landing gear doors,
trailing edges and brackets.
COMPONENTS TYPICAL APPLICATIONS PAGE
AE
RO
SPA
CE
AP
PLI
CAT
ION
S A. SECONDARY STRUCTURES, LAMINATES AND SANDWICHES
Belly Fairing, Flap Track Fairing, APU Air Intake and Fairing, D-Nose (leading Edge) Vertical Tail Plane
8
B. INTERIOR 1. ENVIRONMENTAL CONTROL SYSTEM / AIRDUCTS 9
2. PASSENGER INTERIOR Lining, Dado, Ceiling, Lavatories, Galleys
10
3. PASSENGER FLOOR 11
4. CARGO LINING
125. CARGO FLOOR
6. INTERIOR GALLEYS
7. HELICOPTER INTERIOR 13
DUCTINGFLOORING INTERIORS
Front cover image courtesy of Pilatus Aircraft Ltd.
PF8
11
¬ T
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Sui
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Pre
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140
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)
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RR
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10-0
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¬ A
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05-
10-0
12
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05-
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¬ A
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05-
10-0
18
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10-0
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¬
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630
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to
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)
Airc
raft
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Sid
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PH
840
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stab
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¬
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fre
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Aut
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2430
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)
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Aut
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1510
160
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0-
¬ C
rush
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ore
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s an
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nels
32
PR
OD
UC
TM
AIN
FE
ATU
RE
SFI
RE
PE
RFO
RM
AN
CE
/Q
UA
LIFI
CAT
ION
SR
EC
OM
ME
ND
ED
P
RO
CE
SS
STO
RA
GE
LOW
ES
T TE
MP
CU
RE
HIG
HE
ST
TEM
P C
UR
ETS
ER
VIC
E
(OC
)TY
PIC
AL
AP
PLI
CAT
ION
S
-18O
C(m
onth
s)21
-25O
C(d
ays)
MIN
SOC
MIN
SOC
PH
600
(Ks)
* /
PF8
00
(Zu)
*
¬ M
odifi
ed p
heno
lic r
esol
sys
tem
s¬
Wor
ldw
ide
mos
t us
ed p
heno
lic s
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ms
¬ A
djus
tabl
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Lon
g sh
elf
life
and
shop
life
¬ O
ptim
ised
pee
l str
engt
h¬
Equ
ival
ent
syst
ems
¬ S
elf
adhe
sive
to
core
mat
eria
ls
Fulfi
ls¬
FA
R 2
5.85
3 (F
ST
and
HR
/HR
R)
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TS 1
000.
001
¬
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D 0
031
Qu
alifi
ed t
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S 5
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IMS
05-
10-0
01
¬ A
IMS
05-
10-0
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¬ A
IMS
05-
10-0
02
¬ A
IMS
05-
10-0
10
¬ A
IMS
05-
10-0
08
¬ A
IMS
05-
10-0
18
¬ D
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¬ D
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CM
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ging
630
120
125
3015
5
-55
to
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(up
to
160o C
)
Airc
raft
inte
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part
s¬
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ewal
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rack
s¬
Cei
lings
¬ D
oors
¬ G
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PF8
01
¬ M
odifi
ed p
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lic n
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hyd
and
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ree
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with
EP
121
¬ O
nly
dry
tack
ava
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e (T
0)¬
Mos
t us
ed s
yste
m in
Airb
us fl
oors
¬ S
elf
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eria
ls
Fulfi
ls
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AR
25.
853
(FS
T) ¬
ATS
100
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031
Qu
alifi
ed t
o
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BS
503
4
¬ D
AN
407
¬
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-013
*
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AN
117
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IMS
05-
10-0
14*
¬
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01
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BS
504
7
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05-
10-0
19
¬
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05-
10-0
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¬
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01
* q
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Aut
ocla
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ress
ed6
1590
130
4515
5
-55
to
90o C
(up
to
120o C
)
¬ C
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xy
syst
em E
P12
1 ¬
Cur
rent
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erat
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PF8
08¬
Phe
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¬
Exc
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to h
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b ¬
Lon
g sh
elf
and
shop
life
Fulfi
ls
¬ F
AR
25.
853
(FS
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R/H
RR
) ¬
ATS
100
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1¬
AB
D 0
031
Qu
alifi
ed t
o
¬ A
BS
504
7
¬
AIM
S 0
5-10
-002
¬
AIM
S 0
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¬
AIM
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5-10
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¬
AIM
S 0
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-010
¬
AIM
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¬
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glas
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Aut
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ress
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6030
138
2015
5
-55
to
90o C
(up
to
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)
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ircra
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ulk
and
Car
go
Con
tain
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ompa
rtm
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Lini
ng
(BC
C/C
CC
)¬
Cla
ss p
artit
ion
PH
EN
OLI
C P
RE
PR
EG
SY
STE
MS
Not
es:
- Rei
nfor
cem
ents
acc
ordi
ng t
o cu
stom
er s
peci
ficat
ions
- Wid
ths
of p
repr
egs:
100
0, 1
270
or u
p to
155
0 m
m (6
1’’)
for
fabr
ics
depe
ndin
g on
pre
preg
and
120
0 m
m (4
7.3’
’) fo
r ta
pes
- Upp
er li
mit
of T
serv
ice
appr
oxim
atel
y eq
ual t
o Tg
- 30
°C.
* K
s =
man
ufac
ture
at
Gur
it K
asse
l
Zu =
man
ufac
ture
d at
Gur
it Zu
llwil
54
PR
OD
UC
TM
AIN
FE
ATU
RE
SFI
RE
PE
RFO
RM
AN
CE
/Q
UA
LIFI
CAT
ION
SR
EC
OM
ME
ND
ED
P
RO
CE
SS
STO
RA
GE
LOW
ES
T TE
MP
CU
RE
HIG
HE
ST
TEM
P C
UR
ETS
ER
VIC
E
(OC
)TY
PIC
AL
AP
PLI
CAT
ION
S-1
8OC
(mon
ths)
21-2
5OC
(day
s)M
INS
OC
MIN
SOC
EP
112
(Zu)
* /
EH
250
(Ks)
*
¬ H
ighl
y to
ughe
ned
epox
y re
sin
syst
ems
¬ C
ontr
olle
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sin
flow
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elf-
extin
guis
hing
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utst
andi
ng a
dhes
ion
to c
ore
mat
eria
ls¬
Hig
h vo
lum
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efer
ence
aer
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ce
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stem
Fulfi
ls¬
FA
R 2
5.85
3¬
LTV
150
0-85
0 (B
V 1
1)Q
ual
ified
to
¬ L
N 2
9549
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L 5.
2321
.1
¬
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1.0/
1¬
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21
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4322
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¬
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8.43
23.2
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4320
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¬
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4324
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EIP
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3-09
4
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P-E
CS
704
2
Aut
ocla
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ress
edVa
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ging
65
9013
030
155
-55
to
80o C
Airb
us s
econ
dary
A
ircra
ft s
truc
ture
s su
ch a
s¬
flap
tra
ck f
airin
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bel
ly f
airin
g¬
lead
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edge
VTP
(v
ertic
al t
ail p
lane
)¬
Inse
rts
for
sand
wic
h pa
nels
EP
121
¬ H
ighl
y to
ughe
ned
epox
y re
sin
syst
em¬
Impr
oved
hot
/wet
sta
bilit
y¬
Sel
f-ex
tingu
ishi
ng¬
Con
trol
led
resi
n flo
w¬
Sui
tabl
e fo
r co
-cur
ing
with
phe
nolic
no
vola
c sy
stem
s su
ch a
s P
F801
¬ E
xcel
lent
adh
esio
n to
cor
e m
ater
ials
¬ S
hop
life
of 1
5 da
ys a
t R
T
Fulfi
ls
¬ F
AR
25.
853
(FS
T)Q
ual
ified
to
¬
AB
S 5
003
¬ D
AN
118
0-02
¬ A
IMS
05-
10-0
16+
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BS
567
2 ¬
AIM
S 0
5-10
-035
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BS
500
9 ¬
DA
N 1
227-
53
¬
D
AN
1242
-40
¬ IG
C 0
4-38
-100
¬
EIP
W-9
3-09
4¬
AW
MS
44-0
04
¬ A
WM
S44
-058
Aut
ocla
veP
ress
edVa
cuum
bag
ging
615
9012
030
155
-55
to
90o C
¬ C
o-cu
red
with
P
F801
for
floo
r pa
nels
¬ S
econ
dary
Airc
raft
st
ruct
ures
suc
h as
¬ B
CC
floo
r (b
ulk
carg
o co
mpa
rtm
ent)
¬ In
sert
s fo
r sa
ndw
ich
pane
ls A
380
EP
127
¬ R
esin
sys
tem
for
str
uctu
ral a
pplic
atio
ns¬
Tou
ghen
ed m
odifi
ed e
poxy
res
in s
yste
m¬
Impr
oved
hot
/wet
pro
pert
ies
at 1
35°C
¬ Im
prov
ed s
elf-
adhe
sion
to
core
mat
eria
ls¬
Fre
e st
andi
ng p
ost
cure
, Tg
up t
o 23
0°C
¬ S
elf-
extin
guis
hing
¬ S
elf-
adhe
sive
to
core
mat
eria
ls
Fulfi
ls
¬ F
AR
25.
853
Fla
me
test
- (S
elf
extin
-gu
ishi
ng)
¬ A
BD
003
1
Aut
ocla
veP
ress
edVa
cuum
bag
ging
1215
9014
512
022
0-5
5 to
20
0o C
Prim
ary
stru
ctur
es f
or
A/C
and
hel
icop
ters
¬ E
ngin
e co
wlin
gs¬
Thr
ust
reve
rse
EP
OX
Y P
RE
PR
EG
SY
STE
MS
Not
es:
- Rei
nfor
cem
ents
acc
ordi
ng t
o cu
stom
er s
peci
ficat
ions
- Wid
ths
of p
repr
egs:
100
0, 1
270
or u
p to
155
0 m
m (6
1’’)
for
fabr
ics
depe
ndin
g on
pre
preg
and
120
0 m
m (4
7.3’
’) fo
r ta
pes
- See
als
o G
UR
IT C
yana
te E
ster
Pre
preg
Sys
tem
s P
N90
0 an
d P
N90
1 fo
r hi
gh t
empe
ratu
re r
equi
rem
ents
- Fol
low
ing
syst
ems
may
be
prod
uced
cur
rent
ly b
ut a
re e
ither
rep
lace
d by
new
er o
r im
prov
ed s
yste
ms,
by
equi
vale
nt s
yste
ms
or a
re n
o m
ore
prod
uced
. E
P11
4 S
ee E
H27
5 fo
r A
eros
pace
app
licat
ions
- Upp
er li
mit
of T
serv
ice
appr
oxim
atel
y eq
ual t
o Tg
- 30
°C.
- +qu
alifi
catio
n on
goin
g
EP
137
¬ L
ow s
mok
e de
nsity
epo
xy s
yste
m
¬ H
ighl
y to
ughe
ned
epox
y re
sin
syst
em
¬ Im
prov
ed h
ot/w
et s
tabi
lity
¬ S
elf-
extin
guis
hing
¬
Con
trol
led
resi
n flo
w
¬ E
xcel
lent
adh
esio
n to
cor
e m
ater
ials
¬
Sho
p lif
e of
15
days
at
RT
Fulfi
ls
¬ F
AR
25.
853
(FS
T)
¬ A
TS 1
000.
001
¬ A
BD
003
1Q
ual
ified
to
¬
AB
S 5
671/
72
¬ A
IMS
05-
10-0
24/2
7 ¬
AIM
S 0
5-20
-001
/2¬
NTA
436
54
Aut
ocla
veP
ress
edVa
cuum
bag
ging
615
9012
030
150
-55
to
90o C
A38
0 hi
gh
perf
orm
ance
pa
ssen
ger
floor
pan
els
EP
141
¬ H
igh
perf
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ance
tou
ghen
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poxy
¬ L
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mok
e de
nsity
epo
xy s
yste
m¬
Goo
d ho
t-w
et p
rope
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s at
135
°C¬
Sel
f-ad
hesi
ve t
o co
re m
ater
ials
Fulfi
ls
¬ F
AR
25.
853
(FS
T)¬
ATS
100
0.00
1Q
ual
ified
to
¬
AB
S 5
672
¬
AIM
S 0
5-10
-34
Aut
ocla
veP
ress
edVa
cuum
bag
ging
615
6014
025
155
-55
to
135o C
Car
go a
nd b
ulk
floor
pa
nels
with
S2-
glas
s re
info
rcem
ent
EH
275
¬ In
crea
sed
serv
ice
tem
pera
ture
as
EP
112/
EH
250
¬ C
ontr
olle
d re
sin
flow
¬ S
elf-
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guis
hing
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igh
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me,
ref
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ce a
eros
pace
ep
oxy
syst
em
Fulfi
ls
¬ L
TV 1
500-
850
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11)
Qu
alifi
ed t
o
¬ L
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¬
WL-
8.43
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WL-
8.43
32.0
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¬
WL-
8.43
33.2
¬ W
L-8.
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WL-
8.43
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¬
EIP
-W-9
3-09
4
Aut
ocla
veP
ress
edVa
cuum
bag
ging
610
6018
060
180
-55
to
135o C
¬ M
onol
ithic
and
sa
ndw
ich
stru
ctur
es
for
aero
spac
e ap
plic
atio
ns¬
Fai
rings
for
he
licop
ters
EH
420
/ E
H42
0 C
¬ S
hort
cur
ing
time
¬ E
xten
ded
shop
life
30
days
at
RT
¬ A
vaila
ble
in h
otm
elt
and
solv
ent
(C)
¬ S
uita
ble
for
co-c
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g w
ith p
heno
lic
syst
ems
such
as
PH
850C
¬ E
H42
1 al
so a
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ble
as t
ack
2 va
riant
Fulfi
ls
¬ F
AR
25.
853
(FS
T)¬
ATS
100
0.00
1¬
AB
D 0
031
Qu
alifi
ed t
o
¬ A
BS
500
9
¬ D
AN
122
7-53
¬
DA
N 1
242-
40
Aut
ocla
veP
ress
edVa
cuum
bag
ging
630
360
8010
160
-55
to
80o C
Mon
olith
ic a
nd
sand
wic
h st
ruct
ures
fo
r in
terio
r pa
rts
of
Airc
raft
suc
h as
¬ A
ircra
ft fl
oor
pane
ls¬
Airc
raft
sea
ts
* K
s =
man
ufac
ture
at
Gur
it K
asse
l
Zu =
man
ufac
ture
d at
Gur
it Zu
llwil
PR
OD
UC
TM
AIN
FE
ATU
RE
SFI
RE
PE
RFO
RM
AN
CE
/Q
UA
LIFI
CAT
ION
SR
EC
OM
ME
ND
ED
P
RO
CE
SS
STO
RA
GE
LOW
ES
T TE
MP
CU
RE
HIG
HE
ST
TEM
P C
UR
ETS
ER
VIC
E
(OC
)TY
PIC
AL
AP
PLI
CAT
ION
S-1
8OC
(mon
ths)
21 -
25OC
(day
s)M
INS
OC
MIN
SOC
PN
900
¬ M
odifi
ed c
yana
te e
ster
res
in s
yste
m¬
Exc
elle
nt b
alan
ce b
etw
een
mec
hani
cal
and
FST
prop
ertie
s¬
Vol
atile
con
tent
< 1
%¬
Ful
fils
num
erou
s FS
T re
quire
men
ts¬
Hig
h qu
ality
sur
face
fini
sh¬
Sel
f ad
hesi
ve t
o ho
neyc
omb
¬ A
djus
tabl
e ta
ck¬
Pos
t cu
ring
poss
ible
to
Tg 2
35°C
Fulfi
ls¬
ATS
1000
.001
¬ F
AR
25.
853
(FS
T)Q
ual
ified
to
¬ A
BS
504
7
¬ A
IMS
05-
10-0
15*
¬ A
IMS
05-
10-0
30 ¬
AB
S 5
736
¬ A
IMS
05-
10-0
36 ¬
MD
D D
MS
229
6,
2297
, 244
1
¬ B
oein
g B
MS
8-3
63¬
DA
N 4
07
¬ D
AN
114
9-01
¬ D
AN
114
8-01
¬
NTA
624
73
¬ N
TA 6
2474
Aut
ocla
veP
ress
edVa
cuum
bag
ging
615
120
125
3013
5-5
5 to
20
0o C
¬ A
ircra
ft a
ir co
nditi
onin
g sy
stem
(AC
S)
¬ R
adom
es
PN
901
¬ M
odifi
ed c
yana
te e
ster
res
in s
yste
m¬
Hig
h te
mpe
ratu
re s
yste
m¬
Pos
t cu
ring
poss
ible
to
Tg o
f 30
0°C
¬ L
ow m
oist
ure
abso
rptio
n¬
Goo
d ho
t/w
et p
rope
rtie
s¬
Sui
tabl
e fo
r pr
imar
y ai
rcra
ft s
truc
ture
s¬
Adj
usta
ble
tack
¬ P
N90
1 m
ay s
ubst
itute
BM
I res
in
syst
em
Fulfi
ls
¬ A
TS10
00.0
01¬
FA
R 2
5.85
3 (F
ST
Aut
ocla
veP
ress
edVa
cuum
bag
ging
615
9016
060
180
-55
to
270o C
Airc
raft
S
truc
ture
s fo
r hi
gh t
empe
ratu
re
appl
icat
ions
e.g
.¬
eng
ine
cow
ling
¬ fl
aps,
etc
.
PN
903
¬ M
odifi
ed c
yana
te e
ster
res
in s
yste
m¬
Ext
rem
ely
high
sel
f-ex
tingu
ishi
ng
beha
viou
r at
com
bust
ion
¬ V
ery
low
FS
T va
lues
, ver
y sh
ort
afte
r-fla
me
times
at
RH
P T
est
¬ H
igh
qual
ity s
urfa
ce fi
nish
¬ S
elf-
adhe
sive
to
hone
ycom
bs a
nd
othe
r co
re m
ater
ials
¬ P
ost
curin
g to
235
°C (T
g 24
0°C
)
Fulfi
ls
¬ A
TS10
00.0
01¬
FA
R 2
5.85
3 (F
ST)
¬ F
AR
25.
856
(RH
P)
Aut
ocla
veP
ress
edVa
cuum
bag
ging
615
135
125
6013
5-5
5 to
20
0o C
¬ A
ircra
ft a
ir co
nditi
onin
gsy
stem
(AC
S)
¬ R
adom
es
CYA
NAT
E E
STE
R R
ES
IN P
RE
PR
EG
SY
STE
MS
Not
es:
- Rei
nfor
cem
ents
acc
ordi
ng t
o cu
stom
er s
peci
ficat
ions
- Wid
ths
of p
repr
egs:
100
0, 1
270
or u
p to
155
0 m
m (6
1’’)
for
fabr
ics
depe
ndin
g on
pre
preg
and
120
0mm
(47.
3’’)
for
tape
s- S
ee a
lso
GU
RIT
Epo
xy P
repr
eg S
yste
m E
P14
2 fo
r re
sin
syst
ems
with
hig
h te
mpe
ratu
re r
equi
rem
ents
- Upp
er li
mit
of T
serv
ice
appr
oxim
atel
y eq
ual t
o Tg
- 30
°C.
- * q
ualifi
catio
n on
goin
g
PR
OD
UC
TM
AIN
FE
ATU
RE
FIR
E P
ER
FOR
MA
NC
E /
QU
ALI
FIC
ATIO
NS
RE
CO
MM
EN
DE
D
PR
OC
ES
S
STO
RA
GE
LOW
ES
T TE
MP
CU
RE
HIG
HE
ST
TEM
P C
UR
ETS
ER
VIC
E
(OC
)TY
PIC
AL
AP
PLI
CAT
ION
S-1
8OC
(mon
ths)
21 -
25OC
(day
s)M
INS
OC
MIN
SOC
PB
1000
¬ E
colo
gica
l sol
utio
n (n
o vo
latil
e re
leas
e w
hile
cur
ing,
RE
AC
H c
ompl
iant
)¬
Fas
t cu
ring
syst
em (e
cono
mic
al
adva
ntag
e on
pro
cess
ing
time)
¬ M
eets
FS
T / O
SU
req
uire
men
ts¬
Exc
elle
nt m
echa
nica
l pro
pert
ies
¬ O
ptim
ised
sur
face
qua
lity
Fulfi
ls¬
AB
D 0
031
¬ F
AR
25.
853
(FS
T) a
nd H
R/H
RR
Aut
ocla
veP
ress
ed6
3090
120
1516
0-5
5 to
80
o C
Mon
olith
ic
and
sand
wic
h st
ruct
ures
¬ S
idew
alls
¬ G
alle
ys¬
Sea
ting
BE
NZO
XA
ZIN
E R
ES
IN P
RE
PR
EG
SY
STE
MS
76
CH
EM
ISTR
YR
ES
INS
PE
CIF
ICAT
ION
SP
EC
IFIC
ATIO
N
FAM
ILY
FIB
RE
PR
OD
UC
T N
AM
ER
CFA
WR
EIN
FOR
CE
ME
NT
CO
MM
EN
TS%
g/m
²
Epo
xy
EH
250
(Ks)
* /
EP
112
(Zu)
*
WL
8.43
20.0
/1 A
AIM
S 0
5-02
-000
/LN
295
49 (D
AN
93)
E-G
lass
EH
G25
0-44
-37
/ EP
112-
44-3
7
40 ±
310
51x
3 C
row
foot
(4H
S)
Cod
e A
: 120
°C E
poxy
Res
in
WL
8.43
20.2
A
EH
G25
0-44
-55
/ EP
112-
44-5
5 58
±3
105
1x3
Cro
wfo
ot (4
HS
)
WL
8.43
21.0
/1 A
EH
G25
0-68
-37
/ EP
112-
68-3
740
±3
296
8HS
WL
8.43
21.2
A
EH
G25
0-68
-50
/ EP
112-
68-5
0
53 ±
329
68H
S
WL
8.43
22.0
/1 A
EH
G25
0-46
-37
/ EP
112-
46-3
7
41 ±
428
81x
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row
foot
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S)
WL
8.43
22.2
A
EH
G25
0-46
-50
/ EP
112-
46-5
0
53 ±
328
81x
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row
foot
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S)
WL
8.43
23.0
/1 A
EH
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0-48
-37
40 ±
316
32x
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ill
WL
8.43
23.2
A
EH
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0-48
-50
53 ±
316
32x
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24.0
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E
HG
250-
54-3
741
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390
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24.2
AE
HG
250-
54-5
053
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390
2x2
Twill
EH
275
(Ks)
* /
EP
114
(Zu)
*
WL
8.43
30.0
/1 B
E
HG
275-
44-3
7 / E
P11
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-37
40 ±
310
51x
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row
foot
(4H
S)
Cod
e B
: 180
°C E
poxy
Res
in
WL
8.43
30.2
B
EH
G27
5-44
-55
/ EP
114-
44-5
558
±3
105
1x3
Cro
wfo
ot (4
HS
)
WL
8.43
31.0
/1 B
E
HG
275-
68-3
7 / E
P11
4-68
-37
40 ±
329
68H
S
WL
8.43
31.2
B
EH
G27
5-68
-50
/ EP
114-
68-5
0
53 ±
329
68H
S
WL
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BE
HG
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7
40 ±
328
81x
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8.43
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BE
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288
1x3
Cro
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HS
)
WL
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33.0
B
EH
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-37
40
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163
2x2
Twill
WL
8.43
33.2
BE
HG
275-
48-5
0
53 ±
316
32x
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ill
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8.43
34.0
B
EH
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-37
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02x
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8.43
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B
EH
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-50
53 ±
339
02x
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AE
RO
SPA
CE
QU
ALI
FIE
D P
RE
PR
EG
SA
. S
eco
nd
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Str
uct
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s, la
min
ates
an
d s
and
wic
hes
Typi
cal a
pplic
atio
ns: B
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Fai
ring,
Fla
p Tr
ack
Fairi
ng, A
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Air
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Ver
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l Pla
ne
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s =
man
ufac
ture
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it K
asse
l
Zu =
man
ufac
ture
d at
Gur
it Zu
llwil
CH
EM
ISTR
YR
ES
INS
PE
CIF
ICAT
ION
SP
EC
IFIC
ATIO
N F
AM
ILY
FIB
RE
PR
OD
UC
T N
AM
ER
C %FA
Wg/
m²
RE
INFO
RC
EM
EN
TC
OM
ME
NTS
Cya
nate
Est
er
Res
inP
N90
0
DA
N 1
149-
01 /
AIM
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5-10
-01
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BS
504
7-71
)
AB
S 5
047
(DA
N 4
07) /
AIM
S 0
5-10
-000
(DA
N 4
06)
E-G
lass
PN
900-
44-4
3
43 ±
310
51x
3 C
row
foot
(4H
S)
Low
vol
atile
, ful
lfils
AP
2091
DA
N 1
148-
01 /
AIM
S 0
5-10
-02
0* (A
BS
504
7-70
) P
N90
0-68
-43
43 ±
329
68H
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ullfi
ls A
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91
AIM
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5-10
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72)
PN
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43
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230
1x3
Cro
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HS
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w v
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P20
91,
A38
0
AIM
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5-10
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736-
01)
AB
S 5
736
/ AIM
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5-10
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/ C
arbo
n H
ybrid
PN
900-
C58
2-43
43 ±
318
02X
2 Tw
ill 5
0/50
E-G
lass
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Low
vol
atile
, ful
lfils
AP
2091
, A
380
NTA
4365
4N
TA43
654
PN
900-
C58
2-43
-43
43 ±
318
02x
2 Tw
ill (5
0/50
)A
leni
a (S
ukho
i)
E-G
lass
PN
900-
44-4
343
±3
105
1x3
Cro
wfo
otA
leni
a (S
ukho
i)
BM
S 8
-363
(MD
D D
MS
22
96, 2
297,
244
1)B
OE
ING
BM
S 8
-363
PN
900-
68-4
040
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296
8HS
Low
vol
atile
, Boe
ing
747
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787
Epo
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MS
8-26
4B
OE
ING
BM
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264
Ara
mid
e
EH
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8-54
54 ±
328
5Tw
ill 2
/2B
737/
777
(Pen
ding
)
EH
421C
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0-57
57 ±
312
4P
lain
B73
7/77
7 (P
endi
ng)
Phe
nolic
PF8
12B
MS
8-38
1B
OE
ING
BM
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381
PF8
12-A
708-
4747
±3
285
Twill
2/2
B78
7/74
7 (P
endi
ng)
PF8
12-A
726-
5151
±3
220
Pla
inB
787/
747
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ding
)
B.
Inte
rio
r1.
Env
ironm
enta
l Con
trol
Sys
tem
s / A
irduc
ts
98
CH
EMIS
TRY
RES
INSP
ECIF
ICAT
ION
SPEC
IFIC
ATIO
N F
AM
ILY
FIB
RE
PRO
DU
CT
NA
ME
RC
FAW
REI
NFO
RC
EMEN
TC
OM
MEN
TS%
g/m
²
Phen
olic
PH60
0 (K
s)
/ PF8
00
(Zu)
AIM
S 05
-10-
001
(A
BS
5047
-07)
AB
S 50
47 /
AIM
S 05
-10-
000
E-G
lass
PHG
600-
68-3
7 / P
F800
-68-
3740
±3
296
8HS
DA
N 4
07-0
7 / D
AN
100
3.1
AIM
S 05
-10-
002
(A
BS
5047
-08)
PH
G60
0-68
-50
/ PF8
00-6
8-50
50 ±
3
296
8HS
DA
N 4
07-0
8 / D
AN
100
3.2
(AIM
S 05
-10-
004+
)PF
800-
G23
1-32
32 ±
326
5O
pen
Wea
ve
AIM
S 05
-10-
008
(A
BS
5047
-02)
PHG
600-
44-5
0 / P
F800
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5050
±3
10
51x
3 C
row
foot
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S)D
AN
407
-02
/ DA
N 1
000.
2
AIM
S 05
-10-
009
(A
BS
5047
-01)
PHG
600-
44-3
7 / P
F800
-44-
3740
±3
105
1x3
Cro
wfo
ot (4
HS)
DA
N 4
07-0
1 / D
AN
100
0.1
AIM
S 05
-10-
010
(A
BS
5047
-04)
PHG
600-
48-5
0 / P
F800
-48-
5050
±3
16
32x
2 Tw
illD
AN
407
-04
/ DA
N 1
001.
2
AIM
S 05
-10-
018
(A
BS
5047
-03)
PH
G60
0-48
-37
/ PF8
00-4
8-37
40 ±
316
32x
2 Tw
illD
AN
407
-03
/ DA
N 1
001.
1
PH83
1
AIM
S 05
-10-
018
(A
BS
5047
-03)
PH
F831
-48-
3740
±3
163
2x2
Twill
DA
N 4
07-0
3 / D
AN
100
1.1
AIM
S 05
-10-
001
(A
BS
5047
-07)
PHG
831-
68-4
040
±3
296
8HS
DA
N 4
07-0
7 / D
AN
100
3.1
AIM
S 05
-10-
003
(A
BS
5047
-41)
PHG
831-
68-4
0 (T
0)40
±3
296
8HS
Cru
shed
Cor
e
AIM
S 05
-10-
009
(A
BS
5047
-01)
PH83
1-44
-40
40 ±
310
51x
3 C
row
foot
(4H
S)D
AN
407
-01
/ DA
N 1
000.
1
AIM
S 05
-10-
012
(A
BS
5047
-39)
PHG
831-
44-4
0
40 ±
3
105
1x3
Cro
wfo
ot (4
HS)
Cru
shed
cor
e
PF80
8
AIM
S 05
-10-
008
(A
BS
5047
-02)
PF80
8-44
-53
50 ±
3
105
1x3
Cro
wfo
ot (4
HS)
DA
N 4
07-0
2 / D
AN
100
0.2
AIM
S 05
-10-
002
(A
BS
5047
-08)
PF
808-
68-5
3 50
±3
29
68H
SD
AN
407
-08
/ DA
N 1
003.
2
AIM
S 05
-10-
009
(A
BS
5047
-01)
PF80
8-44
-40
40 ±
310
51x
3 C
row
foot
(4H
S)D
AN
407
-01
/ DA
N 1
000.
1
AIM
S 05
-10-
010
(A
BS
5047
-04)
PF80
8-48
-53
50 ±
3
163
2x2
Twill
DA
N 4
07-0
4 / D
AN
100
1.2
PF81
1
AIM
S 05
-10-
025
(A
BS
5047
-44)
PF
811-
G22
5-40
40
±3
22
02x
2 C
row
foot
For A
380
PF81
2-G
225-
40
40 ±
3
220
2x2
Cro
wfo
otFo
r A38
0
FMS
2401
FMS
2401
PF81
1-76
28-4
3
43 ±
3 20
0Pl
ain
Wea
ve
PF81
1-44
-50
50
±3
10
51x
3 C
row
foot
PF81
1-68
-40
40
±3
29
68H
S
NTA
624
67N
TA 6
2467
PF81
1-68
-40
40 ±
329
68H
SA
leni
a (S
ukho
i)
PF81
1-44
-50
50 ±
3
105
1x3
Cro
wfo
otA
leni
a (S
ukho
i)
AIM
S 05
-10-
023
(A
BS
5047
-45)
AB
S 50
47 /
AIM
S 05
-10-
000
S2-G
lass
PF81
1-G
226-
4040
±3
190
8HS
For A
380
PF81
2PF
812-
G22
6-40
40
±3
19
08H
SFo
r A38
0
AIM
S 05
-10-
021
(AB
S 50
34-D
)
AB
S 50
34 /
AIM
S 05
-10-
000
Car
bon
PF81
2-C
15-4
5
45 ±
3
193
Plai
n W
eave
A38
0
PF81
1
AIM
S 05
-10-
026
(AB
S 50
34-E
)
PF81
1-C
593-
43
43 ±
3
135
Ope
n W
eave
A38
0
PF81
1-C
15-4
5
45 ±
3
193
Plai
n W
eave
A38
0
AIM
S 05
-20-
004
(AB
S 56
71-2
0)A
BS
5671
/ A
IMS
05-2
0-00
4E-
Gla
ss
/ Car
bon
Hyb
ridPF
811-
F200
38 ±
324
820
0 g/
m²,
12k
UD
48g/
m² E
-gla
ss, P
lain
w
eave
Face
She
et C
once
pt
2. P
asse
ng
er In
teri
or
Typi
cal a
pplic
atio
ns: L
inin
g, D
ado,
Cei
ling,
Lav
ator
ies,
Gal
leys
* K
s =
man
ufac
ture
d at
Gur
it K
asse
l
Zu =
man
ufac
ture
d at
Gur
it Zu
llwil
3. P
asse
ng
er F
loo
r
CH
EM
ISTR
YR
ES
INS
PE
CIF
ICAT
ION
SP
EC
IFIC
ATIO
N F
AM
ILY
FIB
RE
PR
OD
UC
T N
AM
ER
CFA
WR
EIN
FOR
CE
ME
NT
CO
MM
EN
TS%
g/m
²
Epo
xy
EH
250
(Ks)
/ E
P11
2 (Z
u)D
AN
402
E (
WL
8.43
21.1
A)
DA
N 4
02 E
and
DA
N 4
02 F
E-G
lass
Inse
rt: E
HG
250-
68-3
7
40 ±
3
296
8HS
Dia
met
er:
18 –
90
mm
(± 0
.1 m
m)
Thic
knes
s:
5.8
– 16
mm
(± 0
.05
mm
) A
380
EH
420
CD
AN
402
F (
AB
S 50
09-C
40)
Inse
rt: E
HG
420C
-68-
4040
±3
29
68H
S
EP
137
AIM
S 05
-10-
024
(AB
S 56
72-0
1)
AB
S 5
672
/ AIM
S 0
5-10
-000
EP
137-
03-4
0
40 ±
3
48P
lain
Wea
veA
380
EP
121
DA
N 1
180-
02 /
AIM
S 05
-10-
016*
A
BS
500
3 / A
IMS
05-
10-0
00
Car
bon
EP
121-
C15
-53
53
±3
19
3P
lain
Wea
veC
o-C
urin
g w
ith P
F801
IGC
04-
38-1
00
IGC
04-
38-1
00E
P12
1-C
25-4
5
45 ±
3
285
5HS
Coc
kpit
Sec
tion
EP
121-
C57
9-45
45
±3
17
0P
lain
Wea
veC
ockp
it S
ectio
n
EP
137
AIM
S 05
-10-
027
(A
BS
5672
-02)
A
BS
567
2 / A
IMS
05-
10-0
00
S2-
Gla
ss
EP
137-
G22
8-40
40
±3
11
5P
lain
Wea
veA
380
NTA
4365
4N
TA43
654
EP
137-
GR
108/
235-
3232
±3
235
Uni
dire
ctio
nal
Ale
nia
(ATR
)
Car
bon
EP
137-
CR
509/
176-
4949
±3
176
Ale
nia
(ATR
)
EP
137
AIM
S 05
-20-
001
A (
AB
S 56
71-0
1)
AB
S 5
671
/ AIM
S 0
5-20
-000
EP
137-
CR
527/
80-3
5
35 ±
3
80U
nidi
rect
iona
lA
380
AIM
S 05
-20-
001
B (
AB
S 56
71-0
2)
EP
137-
CR
527/
100-
35
35 ±
3
100
Uni
dire
ctio
nal
A38
0
AIM
S 05
-20-
001
C (
AB
S 56
71-0
3)
EP
137-
CR
527/
120-
35
35 ±
3
120
Uni
dire
ctio
nal
A38
0
AIM
S 05
-20-
002
(AB
S 56
71-1
0)
EP
137-
CR
527/
100-
G13
8-50
50
±3
10
0U
nidi
rect
iona
l, 25
g/
m²
scrim
A
380
Phe
nolic
PF8
01
DA
N 1
177-
01 /
AIM
S 05
-10-
019*
(A
BS
5047
-51)
AB
S 5
047
/ AIM
S 0
5-10
-000
E-G
lass
PF8
01-4
4-53
53
±3
10
51x
3 C
row
foot
(4H
S)
Co-
Cur
ing
with
EP
121
DA
N 1
176-
01
(AIM
S 05
-10-
024*
) (D
AN
407
-50)
PF8
01-0
3-40
40
±3
48
Pla
in W
eave
Co-
Cur
ing
with
EP
121
DA
N 1
178-
02 /
AIM
S 05
-10-
013*
(A
BS
5034
-A02
)A
BS
503
4 / A
IMS
05-
10-0
00C
arbo
nP
F801
-C15
-50
50
±3
19
3P
lain
Wea
veC
o-C
urin
g w
ith E
P12
1
DA
N 1
179-
01 /
AIM
S 05
-10-
014*
(A
BS
5034
-B01
)P
F801
-C08
-43
43 ±
3
160
Pla
in W
eave
Co-
Cur
ing
with
EP
121
Ks
= m
anuf
actu
red
at G
urit
Kas
sel
Zu =
man
ufac
ture
d at
Gur
it Zu
llwil
1110
j j j j j j j
1312
4. C
arg
o L
inin
g
CH
EM
ISTR
YR
ES
INS
PE
CIF
ICAT
ION
SP
EC
IFIC
ATIO
N F
AM
ILY
FIB
RE
PR
OD
UC
T N
AM
ER
CFA
WR
EIN
FOR
CE
ME
NT
CO
MM
EN
TS%
g/m
²
Phe
nolic
PF8
08
AIM
S 0
5-10
-031
A
(AB
S 5
047-
48A
)
AB
S 5
047
/ AIM
S 0
5-10
-00
0S
2-G
lass
PF8
08-G
218-
40
40 ±
3
190
8HS
A38
0
AIM
S 0
5-10
-031
B
(AB
S 5
047-
48B
) P
F808
-G21
8-50
50
±3
19
08H
SA
380
AIM
S 0
5-10
-032
A
(AB
S 5
047-
49A
) P
F808
-G22
0-40
40
±3
30
58H
SA
380
AIM
S 0
5-10
-032
B
(AB
S 5
047-
49B
) P
F808
-G22
0-50
50
±3
30
58H
SA
380
CH
EM
ISTR
YR
ES
INS
PE
CIF
ICAT
ION
SP
EC
IFIC
ATIO
N F
AM
ILY
FIB
RE
PR
OD
UC
T N
AM
ER
CFA
WR
EIN
FOR
CE
ME
NT
CO
MM
EN
TS%
g/m
²
Epo
xyE
P14
1A
IMS
05-
10-0
34 A
AB
S 5
672
/ AIM
S 0
5-10
-00
0S
2-G
lass
EP
141-
G21
8-40
40
±3
19
08H
SA
380,
col
ored
gr
ey
AIM
S 0
5-10
-034
BE
P14
1-G
218-
50
50 ±
3
190
8HS
A38
0, c
olor
ed
grey
EP
121
AIM
S 0
5-10
-035
BE
P12
1-G
218-
50
50 ±
3
190
8HS
A38
0, c
olor
ed
grey
5. C
arg
o F
loo
r
6. I
nte
rio
r G
alle
ys
CH
EM
ISTR
YR
ES
INS
PE
CIF
ICAT
ION
SP
EC
IFIC
ATIO
N F
AM
ILY
FIB
RE
PR
OD
UC
T N
AM
ER
CFA
WR
EIN
FOR
CE
ME
NT
CO
MM
EN
TS%
g/m
²
Phe
nolic
PH
840
MS
1230
E-G
lass
PH
G60
0-68
-37
40 ±
3
296
8HS
BA
/E G
alle
y
A35
0-E
RS
-015
_BP
HG
840-
7628
-43
Whi
te
43 ±
3
200
Pla
inB
A/E
A35
0 G
alle
yP
HG
840-
68-4
0 40
±3
29
68H
S
PH
600
WO
-302
-001
E-G
lass
PH
G60
0-44
-50
50 ±
3
105
1 x
3 C
row
foot
Zodi
ac-S
ell G
alle
ysP
HG
600-
68-5
029
68H
SP
F808
S-G
lass
PF8
08-G
220-
5030
5
CH
EM
ISTR
YR
ES
INS
PE
CIF
ICAT
ION
SP
EC
IFIC
ATIO
N F
AM
ILY
FIB
RE
PR
OD
UC
T N
AM
ER
CFA
WR
EIN
FOR
CE
ME
NT
CO
MM
EN
TS%
g/m
²
Epo
xyE
P12
1A
WM
S44
-004
E-G
lass
EP
121-
68-4
040
±3
29
68H
SA
gust
a A
W10
9
7. H
elic
op
ter
Inte
rio
r
