Material Comparison
Product Info
Product Name
Brand Name
Usages
Properties
Certificates
TPV 101-80 CELANESE USA
Santoprene™
Electrical applications、Electrical components、Washer、diaphragm、Pipe fittings、household electrical appl、Home appliance components、Seals、Parts under the hood of a、Application in the automo、Automotive Applications、Outdoor applications、Consumer product applicat
High temperature resistan
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Plastic Datasheets
Thermal performance
Test Condition
Test Method
Unit
TPV/CELANESE USA/101-80
RTIElec
UL746
°C
9
RTIStr
1.0mm
UL746
°C
9
RTIStr
1.5mm
UL746
°C
9
RTIStr
3.0mm
UL746
°C
9
Brittle temperature
ASTMD746
°C
-
Brittle temperature
ISO812
°C
-
Electrical performance
Test Condition
Test Method
Unit
TPV/CELANESE USA/101-80
Dielectric strength
23°C,2.00mm
ASTMD149
KV/mm
3
ageing
Test Condition
Test Method
Unit
TPV/CELANESE USA/101-80
Changes in tensile stress during fracture
23°C,168hr,inAceticAcid
ISO1817
%
4
Changes in tensile stress during fracture
23°C,168hr,inCyclohexane
ISO1817
%
1
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
%
0
Changes in tensile stress during fracture
23°C,168hr,inHydrochloricAcid,10%
ISO1817
%
4
Changes in tensile stress during fracture
23°C,168hr,inIsopropylAlcohol
ISO1817
%
1
Changes in tensile stress during fracture
23°C,168hr,inMethylethylketone
ISO1817
%
1
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
%
4
Changes in tensile stress during fracture
23°C,168hr,inSulfuricAcid,98%
ISO1817
%
-
Changes in tensile stress during fracture
23°C,168hr,inTrichloroethylene
ISO1817
%
1
Changes in tensile stress during fracture
100°C,168hr,inDeionizedWater
ISO1817
%
-
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
%
-
Change rate of ultimate elongation
23°C,168hr,inAceticAcid
ASTMD471
%
4
Change rate of ultimate elongation
23°C,168hr,inCyclohexane
ASTMD471
%
1
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
%
0
Change rate of ultimate elongation
23°C,168hr,inHydrochloricAcid,10%
ASTMD471
%
4
Change rate of ultimate elongation
23°C,168hr,inIsopropylAlcohol
ASTMD471
%
1
Change rate of ultimate elongation
23°C,168hr,inMethylethylketone
ASTMD471
%
1
Change rate of ultimate elongation
23°C,168hr,inSodiumChloride,15%
ASTMD471
%
2
Change rate of ultimate elongation
23°C,168hr,inSodiumHydroxide,50%
ASTMD471
%
4
Change rate of ultimate elongation
23°C,168hr,inSulfuricAcid,98%
ASTMD471
%
-
Change rate of ultimate elongation
23°C,168hr,inTrichloroethylene
ASTMD471
%
1
Change rate of ultimate elongation
100°C,168hr,inDeionizedWater
ASTMD471
%
-
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,inAceticAcid
ASTMD471
%
7
Change rate of tensile strength
23°C,168hr,inCyclohexane
ASTMD471
%
1
Change rate of tensile strength
23°C,168hr,inSulfuricAcid,98%
ISO1817
%
-
Change rate of tensile strength
23°C,168hr,inTrichloroethylene
ISO1817
%
3
Change rate of tensile strength
100°C,168hr,inDeionizedWater
ISO1817
%
-
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
%
-
Change rate of tensile strength
125°C,70hr,inIRM903Oil
ASTMD471
%
-
Change rate of tensile strength
125°C,168hr,inIRM903Oil
ASTMD471
%
-
Change rate of tensile strength
23°C,168hr,inAceticAcid
ISO1817
%
7
Change rate of tensile strength
23°C,168hr,inCyclohexane
ISO1817
%
1
Change rate of tensile strength
23°C,168hr,inEthanol,95%
ISO1817
%
-
Change rate of tensile strength
23°C,168hr,inHydrochloricAcid,10%
ISO1817
%
5
Change rate of tensile strength
23°C,168hr,inIsopropylAlcohol
ISO1817
%
2
Change rate of tensile strength
23°C,168hr,inMethylethylketone
ISO1817
%
3
Change rate of tensile strength
23°C,168hr,inSodiumChloride,15%
ISO1817
%
3
Change rate of tensile strength
23°C,168hr,inSodiumHydroxide,50%
ISO1817
%
6
Change rate of tensile strength
23°C,168hr,inEthanol,95%
ASTMD471
%
-
Change rate of tensile strength
23°C,168hr,inHydrochloricAcid,10%
ASTMD471
%
5
Change rate of tensile strength
23°C,168hr,inIsopropylAlcohol
ASTMD471
%
2
Change rate of tensile strength
23°C,168hr,inMethylethylketone
ASTMD471
%
3
Change rate of tensile strength
23°C,168hr,inSodiumChloride,15%
ASTMD471
%
3
Change rate of tensile strength
23°C,168hr,inSodiumHydroxide,50%
ASTMD471
%
6
Change rate of tensile strength
23°C,168hr,inSulfuricAcid,98%
ASTMD471
%
-
Change rate of tensile strength
23°C,168hr,inTrichloroethylene
ASTMD471
%
3
Change rate of tensile strength
100°C,168hr,inDeionizedWater
ASTMD471
%
-
Change rate of tensile strength
100°C,168hr,inIRM903Oil
ASTMD471
%
-
Volume change
125°C,70hr,在IRM903油中
ASTMD471
%
6
Volume change
125°C,70hr,在IRM903油中
ISO1817
%
6
Quality change rate
23°C,168hr,inAceticAcid
ASTMD471
%
3
Quality change rate
23°C,168hr,inCyclohexane
ASTMD471
%
-
Quality change rate
23°C,168hr,inDetergent(Tide),2.5%
ASTMD471
%
0
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
23.0°C,168hr,inAceticAcid
ISO1817
%
3
Quality change rate
100°C,168hr,inIRM903Oil
ISO1817
%
5
Quality change rate
125°C,168hr,inIRM903Oil
ISO1817
%
6
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
%
-
Quality change rate
23°C,168hr,inSulfuricAcid,98%
ASTMD471
%
2
Quality change rate
23°C,168hr,inTrichloroethylene
ASTMD471
%
-
Quality change rate
100°C,168hr,inDeionizedWater
ASTMD471
%
3
Quality change rate
100°C,168hr,inIRM903Oil
ASTMD471
%
5
Quality change rate
125°C,168hr,inIRM903Oil
ASTMD471
%
6
Quality change rate
23.0°C,168hr,inMethylethylketone
ISO1817
%
-
Quality change rate
23.0°C,168hr,inIsopropylAlcohol
ISO1817
%
-
Quality change rate
23.0°C,168hr,inTrichloroethylene
ISO1817
%
-
Quality change rate
23.0°C,168hr,inCyclohexane
ISO1817
%
-
Quality change rate
23.0°C,168hr,inEthanol,95%
ISO1817
%
-
Quality change rate
23.0°C,168hr,inSodiumHydroxide,50%
ISO1817
%
-
Quality change rate
23.0°C,168hr,inHydrochloricAcid,10%
ISO1817
%
0
Quality change rate
23.0°C,168hr,inSodiumChloride,15%
ISO1817
%
0
Quality change rate
23.0°C,168hr,inDetergent(Tide),2.5%
ISO1817
%
0
Quality change rate
23.0°C,168hr,inSulfuricAcid,98%
ISO1817
%
2
Quality change rate
100°C,168hr,inDeionizedWater
ISO1817
%
3
elastomer
Test Condition
Test Method
Unit
TPV/CELANESE USA/101-80
CompressionSet4
70°C,22hr
ASTMD395B
%
4
CompressionSet4
125°C,70hr
ASTMD395B
%
4
TearStrength-AcrossFlow3
23°C
ISO34-1
kN/m
3
Tensile strength - transverse flow rate
断裂,23°C
ASTMD412
Mpa
1
Tensile strength TD
Break,23°C
ISO37
Mpa
1
Tensile stress transverse flow rate
100%应变,23°C
ASTMD412
Mpa
4
Tensile stress transverse flow rate
100%应变,23°C
ISO37
Mpa
4
Elongation rate - lateral flow rate
断裂,23°C
ASTMD412
%
5
Elongation rate - lateral flow rate
断裂,23°C
ISO37
%
5
Tear strength - transverse flow rate 2
23°C
ASTMD624
kN/m
3
Compression permanent deformation 4
70°C,22hr
ISO815
%
4
Compression permanent deformation 4
125°C,70hr
ISO815
%
4