30
Application Development Center Owens Corning (China) Investment Co., LTD By Rose Wang Foamular board training
Application Development Center
Owens Corning (China) Investment Co., LTD
By R
ose W
ang
Fo
am
ula
r b
oard
tra
inin
g
Co
nte
nts
�In
tro
ductio
n o
f O
we
nsC
orn
ing &
NJP
�P
rod
ucts
pro
pert
ies &
be
nefits
�P
rod
ucts
ap
plic
ation
�E
nerg
y e
ffic
iency r
ela
ted
�W
all
insula
tio
n c
onstr
uction
Glo
bal o
ne-u
p b
uild
ing
mate
rials
an
d c
om
po
sit
es m
an
ufa
ctu
rer
Ou
t ru
nn
er o
fen
ergy e
ffic
ien
cy p
rod
uct
ion
s an
d t
ech
nolo
gy
�T
her
e ar
e pro
duct
ion d
epar
tmen
ts, sa
le d
epar
tmen
ts
and r
esea
rch d
epar
tmen
t in
more
than
40 c
ountr
ies,
incl
udin
g a
ll l
icen
sees
, a
ffil
iate
s an
d j
oin
t ven
ture
s.
�M
ore
than
20,0
00 e
mplo
yee
s
�S
ale
5 b
illi
on d
oll
ars
per
yea
r
�R
apid
dev
elopm
ent
in A
P &
Chin
a
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ood d
istr
ibuto
r an
d s
ervic
e
Ow
en
sC
orn
ing
(N
an
jin
g)
Fo
am
ula
r b
oard
Co
.,L
td
�O
wen
sCorn
ing (
Nan
jing)
Foam
ula
rboar
d C
o.,L
tdis
a c
ooper
ated
co
mpan
y i
nves
ted i
n 1
996 b
y
–O
wen
sCorn
ing (
Am
eric
a)C
o.,L
td
–O
wen
sCorn
ing
(Ch
ina)
Ince
stm
ent
Co.,L
td
–Jia
ngsu
New
Bu
ild
ing M
ate
rial
Ind
ult
ryA
rea D
evel
op
men
t C
o.,L
td
–In
ves
tmen
t am
ou
nt
is 1
5M
M D
oll
ars
�N
o.1
lin
e p
rod
uce
d i
n S
epte
mb
er,1
998, d
esig
n p
rod
uct
ion
ca
pab
ilit
y 1
00,0
00 m
3/y
ear
�P
ass
ed I
SO
9002 i
n D
ecem
ber
,1999
�P
ass
ed I
SO
14000 i
n O
ctob
er,2
001
�N
o.2
lin
e p
rod
uce
d i
n S
epte
mb
er,2
002, d
esig
n p
rod
uct
ion
ca
pab
ilit
y 1
50,0
00 m
3/y
ear
Pate
nt
tech
no
log
y
XP
S (
Fo
am
ula
r-M
etr
ic)
mic
rostr
uctu
re
XP
S (
Fo
am
ula
r-M
etr
ic)
mic
rostr
uctu
re
Fo
am
ula
r-M
etr
ic T
herm
al In
su
lati
on
Bo
ard
�P
roduct:
FM
15
0, 25
0, 300,
350
, 450,
550,
650
�S
ize: 6
00×
(12
00、
2400)×
20~
100
�E
dge C
onfigura
tio
n：
Square
Edge (
SE
)
Ship
lap (
SL):
(h>
25)
Tongu
e &
Gro
ove
(T
G):
(h>
40)
�F
ace：
coat, n
o c
oa
t
Ben
efi
ts
�Lo
w the
rmal con
ductivity
�H
igh d
ura
bili
ty
�Lo
w w
ate
r a
bsorp
tio
n
�H
igh s
tru
ctu
re s
tren
gth
Ap
plicati
on
�W
all
insula
tio
n
ap
plic
ation
�In
vert
ed r
oof in
su
lation
ap
plic
ation
�F
loor
the
rma
l &
sou
nd
insula
tio
n a
pp
lica
tion
�C
old
sto
rag
e a
pplic
ation
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rozen fie
ld a
pplic
atio
n
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laza a
pplic
atio
n
Wall i
ns
ula
tio
n a
pp
licati
on
--F
EW
EIS
Base w
all
Ad
hesiv
e
1:3
cem
en
t m
ort
ar
scre
ed
FW
B
An
ch
or
Po
lym
er
mo
rtar
Alk
ali-r
esis
tan
t fi
berg
lass m
esh
Po
lym
er
mo
rtar
Pain
t
Or
tile
FE
WE
IS p
lan
eF
EW
EIS
secti
on
Wall i
ns
ula
tio
n a
pp
licati
on
FE
WE
IS p
ictu
re
Invert
ed
ro
of
insu
lati
on
ap
pli
cati
on
Rein
forc
ed
co
ncre
te o
r p
restr
essin
g c
on
cre
te b
oard
Iso
lati
on
(re
info
rced
co
ncre
te n
ot
need
ed
)
Ab
utm
en
t (r
ein
forc
ed
co
ncre
te n
ot
need
ed
Fo
am
ula
r in
su
lati
on
Wate
rpro
of
Cem
en
t m
ort
ar
scre
ed
Ro
of
bo
ard
Fla
t R
oo
f
Slo
pe r
oo
f
Tile
Rein
forc
ed
co
ncre
te w
eari
ng
sla
b
Ow
en
sC
orn
ing
fo
am
ula
rb
oard
Ad
hesiv
e
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rpro
of
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en
t m
ort
ar
scre
ed
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forc
ed
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ncre
te s
tru
ctu
re
Ro
of
insu
lati
on
ap
plic
ati
on
Meta
l d
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of
Fo
am
ula
r in
su
lati
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or
barr
ier
Ste
el b
oard
Insu
lati
on
bo
ard
sh
ipla
p
Flo
or
therm
al &
so
un
d in
su
lati
on
ap
plicati
on
Co
ncre
te f
loo
r w
eari
ng
Vert
ical F
oam
ula
rb
oard
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or
barr
ier
Fo
rmu
alr
flo
or
bo
ard
Co
ncre
te f
loo
r
Flo
or
insu
lati
on
Flo
at
flo
or
Flo
at
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or
fin
ish
(w
oo
d o
r co
mp
osit
e f
loo
)r
PD
B (
on
e k
ind
of
Fo
am
ula
rb
oard
)
Cem
en
t fl
oo
r o
n g
rad
e
Co
ld s
tora
ge a
pp
licati
on
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forc
ed
co
ncre
te f
inis
h s
lab
Fo
am
ula
r-M
etr
ic in
su
lati
on
bo
ard
(sh
ou
ld b
e in
sta
lled
in
sin
gle
or
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ltip
le la
yers
in
th
e t
hic
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ess)
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or
barr
ier
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forc
ed
co
ncre
te f
loo
r sla
b
Fo
am
ula
r-m
etr
ic u
sed
in
co
ld s
tore
flo
or
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ld s
tora
ge a
pp
licati
on
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ld s
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flo
or
Sh
an
gh
ai C
oca C
ola
Co
ld S
tore
Fro
zen
fie
ld a
pp
licati
on
Ro
ad
is d
estr
oyed
by g
rou
nd
fro
st
heave
Ro
ck
Dra
in
Ro
ck
Dra
in
Pla
za a
pp
licati
on
Nan
jin
g X
iejieko
uP
laza
Th
erm
al re
sis
tan
ce
Wh
ere
:
R—
therm
al re
sis
tance,
D—
insula
tion thic
kness,
—th
erm
al conduction,
λ
λdR
=
WK
m/
2⋅
Km
W⋅
/
m
Th
erm
al re
sis
tan
ce
�E
xam
ple
:
B
ased o
n d
esig
ned r
equirem
ent
to
calc
ula
te w
all
insula
tion t
hic
kness.
Beiji
ng,
200m
m c
oncre
te w
all,
(see s
ketc
h m
ap)
shape
coeff
icie
nt of
build
ing <
0.3
,sin
gle
layer
pla
ste
r w
indow
,
limited t
herm
al tr
an
sm
it c
oeff
icie
nt K
=0.9
W/(
m2.K
),
FW
B
=0.0
289W
/(m
.K)
Ho
w t
o c
alc
ula
te it?
λ
Th
erm
al re
sis
tan
ce
Sketc
h m
ap
const
ructi
on
)(m
dj
))
/((
Km
Wj
⋅
λ
W
Km
dR
j
jj
/)
(2
⋅=λ
1.2
0m
m p
last
er
mort
ar
0.0
20
0.7
6
0.0
26
2.2
00m
m r
ein
forc
ed c
oncre
te w
all
0.2
00
1.7
4
0.1
15
3.2
0m
m c
em
ent
mort
ar
scre
ed
0.0
20
0.8
7
0.0
23
4.3
mm
spec
ial ad
hesiv
e
0.0
03
0.9
3
0.0
03
6.3
mm
po
lym
er
mort
ar
0.0
03
0.9
3
0.0
03
1
7.0
1=
=∑
iR
R
Ex
iste
d t
herm
al re
sist
ance
: W
Km
RR
RR
ei
/)
(3
2.
00
4.
01
7.
01
1.
02
12
⋅=
++
=+
+=
Tota
l th
erm
al re
sis
tance:
W
Km
KR
/)
(1
11
.1
12
0⋅
==
Therm
al re
sist
ance t
o b
e a
dde
d:
WK
mR
RR
/)
(7
91
.0
2
20
⋅=
−=
mR
d0
23
.0
02
89
.0
79
1.
0=
×=
×=
λ
So O
wensC
orn
ing F
W2
5-2
5m
m F
WB
can m
eet
therm
al
insu
lati
on r
eq
uir
em
ent.
6 5
4 3
2 1
Exte
rio
rIn
teri
or
Sim
ple
payb
ack c
alc
ula
tio
n
�C
alc
ula
tion t
heory
-en
erg
y s
avin
g q
uan
tity
per
ye
ar
tim
es e
ne
rgy p
rice e
quals
savin
g m
on
ey p
er
year
-ad
de
d c
ost div
ided
by s
avin
g m
oney p
er
year
equ
als
sim
ple
pa
yback
-sim
ple
payb
ack is a
bou
t 3 ~
5 y
ea
rs b
ase
d o
n e
nerg
y p
rice
every
fie
ld
�C
alc
ula
tion s
oftw
are
-O
we
nsC
orn
ing G
lobal E
nerg
y M
aste
r (G
EM
)
-C
hin
a A
cad
em
y o
f B
uild
ing R
esearc
h D
OE
-2
Sim
ple
payb
ack c
alc
ula
tio
n
Glo
bal E
nerg
y M
aste
r-G
en
era
l
Sim
ple
payb
ack c
alc
ula
tio
n
GE
M-S
imp
le p
ayb
ack c
alc
ula
tio
n f
or
hig
h r
esid
en
tial
Sim
ple
payb
ack c
alc
ula
tio
n
GE
M-E
co
no
mic
Wall i
ns
ula
tio
n c
on
str
ucti
on
--F
EW
EIS
Base w
all
Ad
hesiv
e
1:3
cem
en
t m
ort
ar
scre
ed
FW
B
An
ch
or
Po
lym
er
mo
rtar
Alk
ali-r
esis
tan
t fi
berg
lass m
esh
Po
lym
er
mo
rtar
Pain
t
Or
tile
FE
WE
IS
Base t
reatm
en
t
To
pla
ste
r p
oly
mer
To
pre
pare
ad
hesiv
eT
o p
re-a
dh
ere
AR
mesh
To
ad
here
FW
B
To
dri
ll a
nd
in
sta
ll a
nch
or
To
po
lish
an
d c
lean
FW
B
To
pla
ste
r p
oly
mer
To
pre
pare
po
lym
er
mo
rtar
To
pla
ste
r p
oly
mer
mo
rtar
To
ad
here
AR
mesh
To
pla
ste
r p
oly
mer
mo
rtar
an
d c
heck a
nd
accep
t
To
co
nstr
uct
fin
ish
Co
nstr
ucti
on
flo
w c
hart
Wall i
ns
ula
tio
n c
on
str
ucti
on
--F
EW
EIS
FW
B a
dh
eri
ng
meth
od
An
ch
or
Seala
nt
PS
cla
va
Lin
ing
AR
mesh
Back e
nvelo
p A
R m
esh
Jo
int
treatm
en
t
Th
e E
nd
086-0
25-8
4218780-3
00
