ultratherm

Properties
Unit
ULTRATHERM
ASTM C1676
Microporous
ASTM C1728
Aerogel
Maximum usage temperature
°C
(°F)
950
(1,742)
1,000
(1,832)
649
(1,200)
Pipe cover
kg/㎥
(Ib/ft3)
250 ± 15
(15.6 ± 0.9)
Board
kg/㎥
(Ib/ft3)
225 ± 15
(14.0 ± 0.9)
300~400
(18.7~25.0)
160~240
(10.0~15.0)
kPa
(psi)
Min. 450
(Min. 65.3)
Min. 140
(20.3)
Min. 20.7
(3.0)
100°C
(212°F)
W/mK
(Btu-in/h•ft2 °F)
0.022
(0.153)
0.030
(0.208)
0.023
(0.159)
400°C
(752°F)
W/mK
(Btu-in/h•ft2 °F)
0.029
(0.201)
0.039
(0.270)
0.046
(0.319)
600°C
(1112°F)
W/mK
(Btu-in/h•ft2 °F)
0.035
(0.243)
0.047
(0.333)
0.089
(0.617)
PROPERTIES
Density (Max)
Compressive strength
at 10% deformation (Min)
Thermal
conductivity
(Max)
Power plant
APPLICATIONS
Petrochemical
COOL PERFORMANCE AT HOT TEMPERATURE
Oil refinery
• Boiler, Turbine
• NCC, BTX
• CDU, FOC, SRU
• Equipment, Pipe
• Equipment, Pipe
• Equipment, Pipe
ULTRATHERM
Others
• Aerospace, Defense Industry, Iron, Steel, Paper, Oil manufacturing, Milling, Pharmaceuticals, Ceramics,
Architecture, Shipbuilding, Furnace and other high temperature facilities
High Efficiency Microporous Insulation
INSTALLATIONS
PIPE
Flange
Vessel
Vessel
ULTRATHERM
ULTRATHERM
ULTRATHERM
Metal wire
Cladding
Cladding
Castable
Pipe
Pipe
http://www.kdone.net
4F KOAMI Bldg., 22, Gukhoe-daero 76-gil, Yeongdeungpo-gu, Seoul, Korea TEL 82-2-559-8181 FAX 82-2-552-6224
Cladding
ULTRATHERM
High Efficiency Microporous Insulation
ULTRATHERM is a MICROPOROUS insulation with an
outstanding thermal conductivity and high efficiency.
Especially its thermal conductivity is remarkably
stable over a wide range of temperatures while
thermal conductivity of conventional insulation
increases dramatically as temperature gets higher.
FEATURES OF ULTARTHERM
W/mK
OL
TE
CA
75T
M
IU
LC
CA
600℃
nanoparticle fumed silica which forms a lot
CERAMIC
FIBER BLANKET
425T
of pores and opacifiers to block radiant heat.
CALCIUM
SILICATE
360T
Minimum Insulation
Thickness!
MINERAL WOOL
400T
L
ULTRATHERM manufactured without binder
RO
GE
0.080
AS
TM
C1
72
8
AE
US
TM
AS
OP
ICR
6M
67
C1
O
OR
HERM
AT
ULTR
strength compared with other Microporous
insulation even in lower density by our
unique technology.
0.000
℃
100℃
200℃ 300℃ 400℃
500℃ 600℃
ULTRATHERM
ASTM C547
MINERAL WOOL
ASTM C892
CERAMIC FIBER BLANKET
ASTM C533
CALCIUM SILICATE
ULTRATHERM can be provided with surface
ASTM C1728
AEROGEL
or complete water repellency on customer’s
ASTM C1676
MICROPOROUS MOLDED
request.
Material in the form of compacted powder or fibers with an average interconnecting pore
size comparable to or below the mean free path of air molecules at standard atmospheric
pressure. Microporous insulation may contain opacifiers to reduce the amount of radiant
heat transmitted.
COOL PERFORMANCE AT HOT TEMPERATURE - KD ONE
BENEFITS
ULTRA-LOW THERMAL CONDUCTIVITY
• Possible to apply minimum insulation thickness due to very low thermal conductivity
• Decrease installation SPACE, equipment investment and construction period
AVAILABLE AT HIGH TEMPERATURE
• Maintain stable and outstanding performance at high temperature(UP TO 950°C)
700℃ 800℃ 900℃
※ What is Microporous insulation?
•Criteria : 24 inch Pipe, Outdoor temp. 20℃, Heat emission 437W/m
is available to use at high temperature.
ULTRATHERM shows better compressive
0.040
“
”
Superior Thermal
Conductivity!
SI
LI
AEROGEL
120T
ULTRATHERM
conductivity by characteristics of
33
C5
TM
AS
AS
Thickness
comparison
ULTRATHERM has a very low thermal
255%
better than
Aerogel at 600℃
AS
TM
C8
92
0.120
TM
CE
C54
RA
MIC
7M
INE
FIB
RA
ER
LW
O
BLA
NK
ET
0.160
OUTSTANDING LIGHTWEIGHT
• 40% lighter than ‘ASTM C1676 Microporous Thermal Insulation’
• EASY TO HANDLE, weight decrease in facility after construction
EXCELLENT DURABILITY
• Water repellency processed ULTRATHERM has a stable performance regardless of moisture
• ULTRATHERM, GRANULAR insulation is easier to maintain/repair than FIBROUS insulation
High Efficiency Microporous Insulation - Ultratherm