Material Comparison
Product Info
Product Name
Brand Name
Usages
Properties
Certificates
TPV 203-40 CELANESE USA
Santoprene™
Electrical components、Engine hood parts、diaphragm、Pipe fittings、Movable hinge、Home appliance components、Automotive sector、Consumer goods sector、Electrical components、diaphragm、Pipe fittings、Movable hinge、Home appliance components、Parts under the hood of a、Application in the automo、Consumer product applicat
dimensional stability 、Insulation performance、Recyclable materials、Electrical performance、Superior tear strength、Good colorability、Ozone resistance、Chemical resistance、Fatigue resistance
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Plastic Datasheets
Thermal performance
Test Condition
Test Method
Unit
TPV/CELANESE USA/203-40
RTIElec
UL746
°C
8
RTIStr
UL746
°C
8
Brittle temperature
ASTMD746
°C
-
Brittle temperature
ISO812
°C
-
Electrical performance
Test Condition
Test Method
Unit
TPV/CELANESE USA/203-40
Dielectric strength
23°C,2.00mm
ASTMD149
KV/mm
2
ageing
Test Condition
Test Method
Unit
TPV/CELANESE USA/203-40
Changes in tensile stress during fracture
100°C,168hr,inDeionizedWater
ISO1817
%
0
Changes in tensile stress during fracture
100°C,168hr,inIRM903Oil
ISO1817
%
-
Changes in tensile stress during fracture
125°C,70hr,inIRM903Oil
ISO1817
%
-
Changes in tensile stress during fracture
125°C,168hr,inIRM903Oil
ISO1817
%
-
Changes in tensile stress during fracture
23°C,168hr,inCyclohexane
ISO1817
%
2
Changes in tensile stress during fracture
23°C,168hr,inDetergent(Tide),2.5%
ISO1817
%
0
Changes in tensile stress during fracture
23°C,168hr,inEthanol,95%
ISO1817
%
-
Changes in tensile stress during fracture
23°C,168hr,inHydrochloricAcid,10%
ISO1817
%
5
Changes in tensile stress during fracture
23°C,168hr,inIsopropylAlcohol
ISO1817
%
5
Changes in tensile stress during fracture
23°C,168hr,inMethylethylketone
ISO1817
%
2
Changes in tensile stress during fracture
23°C,168hr,inSodiumChloride,15%
ISO1817
%
2
Changes in tensile stress during fracture
23°C,168hr,inSodiumHydroxide,50%
ISO1817
%
3
Changes in tensile stress during fracture
23°C,168hr,inSulfuricAcid,98%
ISO1817
%
-
Changes in tensile stress during fracture
23°C,168hr,inTrichloroethylene
ISO1817
%
2
Change rate of ultimate elongation
23°C,168hr,inCyclohexane
ASTMD471
%
2
Change rate of ultimate elongation
23°C,168hr,inDetergent(Tide),2.5%
ASTMD471
%
0
Change rate of ultimate elongation
23°C,168hr,inEthanol,95%
ASTMD471
%
-
Change rate of ultimate elongation
23°C,168hr,inHydrochloricAcid,10%
ASTMD471
%
5
Change rate of ultimate elongation
23°C,168hr,inIsopropylAlcohol
ASTMD471
%
5
Change rate of ultimate elongation
23°C,168hr,inMethylethylketone
ASTMD471
%
2
Change rate of ultimate elongation
23°C,168hr,inSodiumChloride,15%
ASTMD471
%
2
Change rate of ultimate elongation
23°C,168hr,inSodiumHydroxide,50%
ASTMD471
%
3
Change rate of ultimate elongation
23°C,168hr,inSulfuricAcid,98%
ASTMD471
%
-
Change rate of ultimate elongation
23°C,168hr,inTrichloroethylene
ASTMD471
%
2
Change rate of ultimate elongation
100°C,168hr,inDeionizedWater
ASTMD471
%
0
Change rate of ultimate elongation
100°C,168hr,inIRM903Oil
ASTMD471
%
-
Change rate of ultimate elongation
125°C,70hr,inIRM903Oil
ASTMD471
%
-
Change rate of ultimate elongation
125°C,168hr,inIRM903Oil
ASTMD471
%
-
Change rate of ultimate elongation in air
150°C,168hr
ASTMD573
%
-
Change rate of tensile strength in air
150°C,168hr
ASTMD573
%
-
Change rate of tensile strength in air
150°C,168hr
ISO188
%
-
Change rate of tensile strength
23°C,168hr,inHydrochloricAcid,10%
ASTMD471
%
6
Change rate of tensile strength
23°C,168hr,inIsopropylAlcohol
ASTMD471
%
5
Change rate of tensile strength
23°C,168hr,inMethylethylketone
ASTMD471
%
3
Change rate of tensile strength
23°C,168hr,inSodiumChloride,15%
ASTMD471
%
4
Change rate of tensile strength
23°C,168hr,inSodiumHydroxide,50%
ASTMD471
%
4
Change rate of tensile strength
23°C,168hr,inSulfuricAcid,98%
ASTMD471
%
-
Change rate of tensile strength
23°C,168hr,inTrichloroethylene
ASTMD471
%
8
Change rate of tensile strength
100°C,168hr,inDeionizedWater
ASTMD471
%
3
Change rate of tensile strength
100°C,168hr,inIRM903Oil
ASTMD471
%
-
Change rate of tensile strength
125°C,70hr,inIRM903Oil
ASTMD471
%
-
Change rate of tensile strength
23°C,168hr,inAceticAcid
ASTMD471
%
0
Change rate of tensile strength
23°C,168hr,inCyclohexane
ASTMD471
%
-
Change rate of tensile strength
23°C,168hr,inDetergent(Tide),2.5%
ASTMD471
%
0
Change rate of tensile strength
23°C,168hr,inEthanol,95%
ASTMD471
%
-
Change rate of tensile strength
125°C,168hr,inIRM903Oil
ASTMD471
%
-
Change rate of tensile strength
23°C,168hr,inAceticAcid
ISO1817
%
0
Change rate of tensile strength
23°C,168hr,inCyclohexane
ISO1817
%
-
Change rate of tensile strength
23°C,168hr,inDetergent(Tide),2.5%
ISO1817
%
0
Change rate of tensile strength
23°C,168hr,inEthanol,95%
ISO1817
%
-
Change rate of tensile strength
23°C,168hr,inHydrochloricAcid,10%
ISO1817
%
6
Change rate of tensile strength
23°C,168hr,inIsopropylAlcohol
ISO1817
%
5
Change rate of tensile strength
23°C,168hr,inMethylethylketone
ISO1817
%
3
Change rate of tensile strength
23°C,168hr,inSodiumChloride,15%
ISO1817
%
4
Change rate of tensile strength
23°C,168hr,inSodiumHydroxide,50%
ISO1817
%
4
Change rate of tensile strength
23°C,168hr,inSulfuricAcid,98%
ISO1817
%
-
Change rate of tensile strength
23°C,168hr,inTrichloroethylene
ISO1817
%
8
Change rate of tensile strength
100°C,168hr,inDeionizedWater
ISO1817
%
3
Change rate of tensile strength
100°C,168hr,inIRM903Oil
ISO1817
%
-
Change rate of tensile strength
125°C,70hr,inIRM903Oil
ISO1817
%
-
Change rate of tensile strength
125°C,168hr,inIRM903Oil
ISO1817
%
-
Volume change
125°C,70hr,在IRM903油中
ASTMD471
%
4
Volume change
125°C,70hr,在IRM903油中
ISO1817
%
4
Quality change rate
23°C,168hr,inSulfuricAcid,98%
ASTMD471
%
1
Quality change rate
23°C,168hr,inTrichloroethylene
ASTMD471
%
-
Quality change rate
100°C,168hr,inDeionizedWater
ASTMD471
%
1
Quality change rate
100°C,168hr,inIRM903Oil
ASTMD471
%
3
Quality change rate
125°C,168hr,inIRM903Oil
ASTMD471
%
4
Quality change rate
23.0°C,168hr,inMethylethylketone
ISO1817
%
-
Quality change rate
23.0°C,168hr,inSodiumHydroxide,50%
ISO1817
%
0
Quality change rate
23.0°C,168hr,inSodiumChloride,15%
ISO1817
%
0
Quality change rate
23.0°C,168hr,inHydrochloricAcid,10%
ISO1817
%
0
Quality change rate
23.0°C,168hr,inSulfuricAcid,98%
ISO1817
%
1
Quality change rate
23.0°C,168hr,inAceticAcid
ISO1817
%
1
Quality change rate
100°C,168hr,inDeionizedWater
ISO1817
%
1
Quality change rate
100°C,168hr,inIRM903Oil
ISO1817
%
3
Quality change rate
125°C,168hr,inIRM903Oil
ISO1817
%
4
Quality change rate
23°C,168hr,inAceticAcid
ASTMD471
%
1
Quality change rate
23°C,168hr,inCyclohexane
ASTMD471
%
-
Quality change rate
23°C,168hr,inEthanol,95%
ASTMD471
%
-
Quality change rate
23°C,168hr,inHydrochloricAcid,10%
ASTMD471
%
0
Quality change rate
23°C,168hr,inIsopropylAlcohol
ASTMD471
%
-
Quality change rate
23°C,168hr,inMethylethylketone
ASTMD471
%
-
Quality change rate
23°C,168hr,inSodiumChloride,15%
ASTMD471
%
0
Quality change rate
23°C,168hr,inSodiumHydroxide,50%
ASTMD471
%
0
Quality change rate
23.0°C,168hr,inIsopropylAlcohol
ISO1817
%
-
Quality change rate
23.0°C,168hr,inCyclohexane
ISO1817
%
-
Quality change rate
23.0°C,168hr,inTrichloroethylene
ISO1817
%
-
Quality change rate
23.0°C,168hr,inEthanol,95%
ISO1817
%
-
elastomer
Test Condition
Test Method
Unit
TPV/CELANESE USA/203-40
CompressionSet4
70°C,22hr
ASTMD395B
%
5
CompressionSet4
125°C,70hr
ASTMD395B
%
6
TearStrength-AcrossFlow3
23°C
ISO34-1
kN/m
6
Tensile strength - transverse flow rate
断裂,23°C
ASTMD412
Mpa
2
Tensile strength TD
Break,23°C
ISO37
Mpa
2
Tensile stress transverse flow rate
100%应变,23°C
ASTMD412
Mpa
9
Tensile stress transverse flow rate
100%应变,23°C
ISO37
Mpa
9
Elongation rate - lateral flow rate
断裂,23°C
ASTMD412
%
6
Elongation rate - lateral flow rate
断裂,23°C
ISO37
%
6
Tear strength - transverse flow rate 2
23°C
ASTMD624
kN/m
6
Compression permanent deformation 4
70°C,22hr
ISO815
%
5
Compression permanent deformation 4
125°C,70hr
ISO815
%
6