TPV Santoprene™ 101-80 CELANESE USA

Unit Price:
$4615 USD/MT
Packaging Specification:
25KG/PKG
Supply Quantity:
12MT
Delivery Terms:
FOB
Port of Loading:
China Main Port
Accepted Payment Methods:
T/T
Shipping:
Negotiate supplier for shipping details

Supplier Information

ASIA PLASTIC EXCHANGE LIMITED

serv********

For more detailed information including pricing, customization, and shipping, please contact supplier.

Technical Data Sheet

Physical Properties	Test Condition	Test Method	Test Result	Unit
Outdoor Suitability		UL746C	f1
Detergent		ISO188	f4
Detergent	Detergent		UL749	f3

Thermal Properties	Test Condition	Test Method	Test Result	Unit
Brittleness Temperature		ASTMD746	-60.0	°C
Brittleness Temperature	Brittleness Temperature		ISO812	-60.0	°C
RTIElec		UL746	90.0	°C
RTIStr	1.0mm	UL746	90.0	°C
	RTIStr	1.5mm	UL746	90.0	°C
	RTIStr	RTIStr	3.0mm	UL746	95.0	°C

Electrical performance	Test Condition	Test Method	Test Result	Unit
Dielectric Strength	23°C,2.00mm	ASTMD149	30	KV/mm
Comparative Tracking Index	CTI	UL746	PLC0
Hot-wire Ignition	1.0mm	UL746	PLC4
	Hot-wire Ignition	1.5mm	UL746	PLC3
		Hot-wire Ignition	3.0mm	UL746	PLC2
		Hot-wire Ignition	Hot-wire Ignition	3.0mm	UL746	PLC2
Dielectric Constant	23°C,1.98mm	ASTMD150	2.60
Dielectric Constant	Dielectric Constant	23°C,1.98mm	IEC60250	2.60
High Amp Arc Ignition	PLC	UL746	PLC6
High Amp Arc Ignition	HAI	UL746	PLC0
High Voltage Arc Tracking Rate	HVTR	UL746	PLC1

Aging Properties	Test Condition	Test Method	Test Result	Unit
Change in Durometer Hardness in Air	ShoreA,150°C,168hr	ASTMD573	5.0
Change in Shore Hardness in Air	ShoreA,150°C,168hr	ISO188	5.0
Tensile Stress(Break)	23°C,168hr,inSulfuricAcid,98%	ISO1817	-26	%
	Tensile Stress(Break)	23°C,168hr,inTrichloroethylene	ISO1817	12	%
		Tensile Stress(Break)	100°C,168hr,inDeionizedWater	ISO1817	-6.0	%
			Tensile Stress(Break)	100°C,168hr,inIRM903Oil	ISO1817	-46	%
				Tensile Stress(Break)	125°C,70hr,inIRM903Oil	ISO1817	-43	%
					Tensile Stress(Break)	125°C,168hr,inIRM903Oil	ISO1817	-52	%
						Tensile Stress(Break)	23°C,168hr,inAceticAcid	ISO1817	4.0	%
							Tensile Stress(Break)	23°C,168hr,inCyclohexane	ISO1817	12	%
								Tensile Stress(Break)	23°C,168hr,inDetergent(Tide),2.5%	ISO1817	0.0	%
									Tensile Stress(Break)	23°C,168hr,inEthanol,95%	ISO1817	0.0	%
										Tensile Stress(Break)	23°C,168hr,inHydrochloricAcid,10%	ISO1817	4.0	%
											Tensile Stress(Break)	23°C,168hr,inIsopropylAlcohol	ISO1817	14	%
												Tensile Stress(Break)	23°C,168hr,inMethylethylketone	ISO1817	16	%
													Tensile Stress(Break)	23°C,168hr,inSodiumChloride,15%	ISO1817	2.0	%
													Tensile Stress(Break)	Tensile Stress(Break)	23°C,168hr,inSodiumHydroxide,50%	ISO1817	4.0	%
Change in Ultimate Elongation in Air	150°C,168hr	ASTMD573	-12	%
Change in Volume	125°C,70hr,在IRM903油中	ASTMD471	64	%
Change in Volume	Change in Volume	125°C,70hr,在IRM903油中	ISO1817	64	%
Change in Durometer Hardness	ShoreA,23°C,168hr,inHydrochloricAcid,10%	ASTMD471	-1.0
	Change in Durometer Hardness	ShoreA,23°C,168hr,inIsopropylAlcohol	ASTMD471	0.0
		Change in Durometer Hardness	ShoreA,23°C,168hr,inMethylethylketone	ASTMD471	0.0
			Change in Durometer Hardness	ShoreA,23°C,168hr,inSodiumChloride,15%	ASTMD471	0.0
				Change in Durometer Hardness	ShoreA,23°C,168hr,inSodiumHydroxide,50%	ASTMD471	0.0
					Change in Durometer Hardness	ShoreA,23°C,168hr,inSulfuricAcid,98%	ASTMD471	1.0
						Change in Durometer Hardness	ShoreA,23°C,168hr,inTrichloroethylene	ASTMD471	-3.0
							Change in Durometer Hardness	ShoreA,100°C,168hr,inDeionizedWater	ASTMD471	-2.0
								Change in Durometer Hardness	ShoreA,100°C,168hr,inIRM903Oil	ASTMD471	-17
									Change in Durometer Hardness	ShoreA,125°C,168hr,inIRM903Oil	ASTMD471	-20
										Change in Durometer Hardness	ShoreA,23°C,168hr,inAceticAcid	ASTMD471	-1.0
											Change in Durometer Hardness	ShoreA,23°C,168hr,inAceticAcid	ASTMD471	-1.0
												Change in Durometer Hardness	ShoreA,23°C,168hr,inCyclohexane	ASTMD471	-13
													Change in Durometer Hardness	ShoreA,23°C,168hr,inDetergent(Tide),2.5%	ASTMD471	1.0
													Change in Durometer Hardness	Change in Durometer Hardness	ShoreA,23°C,168hr,inEthanol,95%	ASTMD471	-1.0
ChangeinShoreHardness	ShoreA,23°C,168hr,inTrichloroethylene	ISO1817	-3.0
	ChangeinShoreHardness	ShoreA,100°C,168hr,inDeionizedWater	ISO1817	-2.0
		ChangeinShoreHardness	ShoreA,100°C,168hr,inIRM903Oil	ISO1817	-17
			ChangeinShoreHardness	ShoreA,125°C,168hr,inIRM903Oil	ISO1817	-20
				ChangeinShoreHardness	ShoreA,23°C,168hr,inAceticAcid	ISO1817	-1.0
					ChangeinShoreHardness	ShoreA,23°C,168hr,inCyclohexane	ISO1817	-13
						ChangeinShoreHardness	ShoreA,23°C,168hr,inDetergent(Tide),2.5%	ISO1817	1.0
							ChangeinShoreHardness	ShoreA,23°C,168hr,inEthanol,95%	ISO1817	-1.0
								ChangeinShoreHardness	ShoreA,23°C,168hr,inHydrochloricAcid,10%	ISO1817	-1.0
									ChangeinShoreHardness	ShoreA,23°C,168hr,inIsopropylAlcohol	ISO1817	0.0
										ChangeinShoreHardness	ShoreA,23°C,168hr,inMethylethylketone	ISO1817	0.0
											ChangeinShoreHardness	ShoreA,23°C,168hr,inSodiumChloride,15%	ISO1817	0.0
												ChangeinShoreHardness	ShoreA,23°C,168hr,inSodiumHydroxide,50%	ISO1817	0.0
												ChangeinShoreHardness	ChangeinShoreHardness	ShoreA,23°C,168hr,inSulfuricAcid,98%	ISO1817	1.0
Change in Ultimate Elongation	23°C,168hr,inAceticAcid	ASTMD471	4.0	%
	Change in Ultimate Elongation	23°C,168hr,inCyclohexane	ASTMD471	12	%
		Change in Ultimate Elongation	23°C,168hr,inDetergent(Tide),2.5%	ASTMD471	0.0	%
			Change in Ultimate Elongation	23°C,168hr,inEthanol,95%	ASTMD471	0.0	%
				Change in Ultimate Elongation	125°C,168hr,inIRM903Oil	ASTMD471	-52	%
					Change in Ultimate Elongation	23°C,168hr,inHydrochloricAcid,10%	ASTMD471	4.0	%
						Change in Ultimate Elongation	23°C,168hr,inIsopropylAlcohol	ASTMD471	14	%
							Change in Ultimate Elongation	23°C,168hr,inMethylethylketone	ASTMD471	16	%
								Change in Ultimate Elongation	23°C,168hr,inSodiumChloride,15%	ASTMD471	2.0	%
									Change in Ultimate Elongation	23°C,168hr,inSodiumHydroxide,50%	ASTMD471	4.0	%
										Change in Ultimate Elongation	23°C,168hr,inSulfuricAcid,98%	ASTMD471	-26	%
											Change in Ultimate Elongation	23°C,168hr,inTrichloroethylene	ASTMD471	12	%
												Change in Ultimate Elongation	100°C,168hr,inDeionizedWater	ASTMD471	-6.0	%
													Change in Ultimate Elongation	100°C,168hr,inIRM903Oil	ASTMD471	-46	%
													Change in Ultimate Elongation	Change in Ultimate Elongation	125°C,70hr,inIRM903Oil	ASTMD471	-43	%
Change in Tensile Strength	23°C,168hr,inAceticAcid	ASTMD471	7.0	%
	Change in Tensile Strength	23°C,168hr,inCyclohexane	ASTMD471	19	%
		Change in Tensile Strength	23°C,168hr,inEthanol,95%	ASTMD471	-3.0	%
			Change in Tensile Strength	23°C,168hr,inHydrochloricAcid,10%	ASTMD471	5.0	%
				Change in Tensile Strength	23°C,168hr,inIsopropylAlcohol	ASTMD471	26	%
					Change in Tensile Strength	23°C,168hr,inMethylethylketone	ASTMD471	30	%
						Change in Tensile Strength	23°C,168hr,inSodiumChloride,15%	ASTMD471	3.0	%
							Change in Tensile Strength	23°C,168hr,inSodiumHydroxide,50%	ASTMD471	6.0	%
								Change in Tensile Strength	23°C,168hr,inSulfuricAcid,98%	ASTMD471	-16	%
									Change in Tensile Strength	23°C,168hr,inTrichloroethylene	ASTMD471	30	%
										Change in Tensile Strength	100°C,168hr,inDeionizedWater	ASTMD471	-1.0	%
											Change in Tensile Strength	100°C,168hr,inIRM903Oil	ASTMD471	-25	%
												Change in Tensile Strength	125°C,70hr,inIRM903Oil	ASTMD471	-25	%
													Change in Tensile Strength	125°C,168hr,inIRM903Oil	ASTMD471	-30	%
														Change in Tensile Strength	23°C,168hr,inAceticAcid	ISO1817	7.0	%
															Change in Tensile Strength	23°C,168hr,inCyclohexane	ISO1817	19	%
																Change in Tensile Strength	23°C,168hr,inEthanol,95%	ISO1817	-3.0	%
																	Change in Tensile Strength	23°C,168hr,inHydrochloricAcid,10%	ISO1817	5.0	%
																		Change in Tensile Strength	23°C,168hr,inIsopropylAlcohol	ISO1817	26	%
																			Change in Tensile Strength	23°C,168hr,inMethylethylketone	ISO1817	30	%
																				Change in Tensile Strength	23°C,168hr,inSodiumChloride,15%	ISO1817	3.0	%
																					Change in Tensile Strength	23°C,168hr,inSodiumHydroxide,50%	ISO1817	6.0	%
																						Change in Tensile Strength	23°C,168hr,inSulfuricAcid,98%	ISO1817	-16	%
																							Change in Tensile Strength	23°C,168hr,inTrichloroethylene	ISO1817	30	%
																								Change in Tensile Strength	100°C,168hr,inDeionizedWater	ISO1817	-1.0	%
																									Change in Tensile Strength	100°C,168hr,inIRM903Oil	ISO1817	-25	%
																										Change in Tensile Strength	125°C,70hr,inIRM903Oil	ISO1817	-25	%
																										Change in Tensile Strength	Change in Tensile Strength	125°C,168hr,inIRM903Oil	ISO1817	-30	%
Change in Tensile Strength in Air	150°C,168hr	ASTMD573	-5.0	%
Change in Tensile Strength in Air	Change in Tensile Strength in Air	150°C,168hr	ISO188	-5.0	%
Change in Mass	23°C,168hr,inAceticAcid	ASTMD471	3.3	%
	Change in Mass	23°C,168hr,inCyclohexane	ASTMD471	-3.4	%
		Change in Mass	23°C,168hr,inDetergent(Tide),2.5%	ASTMD471	0.40	%
			Change in Mass	23°C,168hr,inEthanol,95%	ASTMD471	-0.40	%
				Change in Mass	23°C,168hr,inHydrochloricAcid,10%	ASTMD471	0.20	%
					Change in Mass	23°C,168hr,inIsopropylAlcohol	ASTMD471	-11	%
						Change in Mass	23.0°C,168hr,inAceticAcid	ISO1817	3.3	%
							Change in Mass	100°C,168hr,inIRM903Oil	ISO1817	57	%
								Change in Mass	125°C,168hr,inIRM903Oil	ISO1817	66	%
									Change in Mass	23°C,168hr,inMethylethylketone	ASTMD471	-19	%
										Change in Mass	23°C,168hr,inSodiumChloride,15%	ASTMD471	0.20	%
											Change in Mass	23°C,168hr,inSodiumHydroxide,50%	ASTMD471	-0.10	%
												Change in Mass	23°C,168hr,inSulfuricAcid,98%	ASTMD471	2.3	%
													Change in Mass	23°C,168hr,inTrichloroethylene	ASTMD471	-6.0	%
														Change in Mass	100°C,168hr,inDeionizedWater	ASTMD471	3.1	%
															Change in Mass	100°C,168hr,inIRM903Oil	ASTMD471	57	%
																Change in Mass	125°C,168hr,inIRM903Oil	ASTMD471	66	%
																	Change in Mass	23.0°C,168hr,inMethylethylketone	ISO1817	-19	%
																		Change in Mass	23.0°C,168hr,inIsopropylAlcohol	ISO1817	-11	%
																			Change in Mass	23.0°C,168hr,inTrichloroethylene	ISO1817	-6.0	%
																				Change in Mass	23.0°C,168hr,inCyclohexane	ISO1817	-3.4	%
																					Change in Mass	23.0°C,168hr,inEthanol,95%	ISO1817	-0.40	%
																						Change in Mass	23.0°C,168hr,inSodiumHydroxide,50%	ISO1817	-0.10	%
																							Change in Mass	23.0°C,168hr,inHydrochloricAcid,10%	ISO1817	0.20	%
																								Change in Mass	23.0°C,168hr,inSodiumChloride,15%	ISO1817	0.20	%
																									Change in Mass	23.0°C,168hr,inDetergent(Tide),2.5%	ISO1817	0.40	%
																										Change in Mass	23.0°C,168hr,inSulfuricAcid,98%	ISO1817	2.3	%
																										Change in Mass	Change in Mass	100°C,168hr,inDeionizedWater	ISO1817	3.1	%

Elastomers Properties	Test Condition	Test Method	Test Result	Unit
Tearing Strength (MD)	23°C	ASTMD624	35.0	kN/m
Tensile Stress(Across Flow)	100%Strain,23°C	ASTMD412	4.70	Mpa
Tensile Stress(Across Flow)	Tensile Stress(Across Flow)	100%Strain,23°C	ISO37	4.70	Mpa
Tensile Strength (flow)	Break,23°C	ASTMD412	11.1	Mpa
Tensile Strength (TD)	Break,23°C	ISO37	11.1	Mpa
Tensile Elongation(Across Flow)	Break,23°C	ASTMD412	540	%
Tensile Elongation(Across Flow)	Tensile Elongation(Across Flow)	Break,23°C	ISO37	540	%
Compression Set	70°C,22hr	ASTMD395B	41	%
Compression Set	Compression Set	125°C,70hr	ASTMD395B	47	%
Compression Set	70°C,22hr	ISO815	41	%
Compression Set	Compression Set	125°C,70hr	ISO815	47	%
TearStrength-AcrossFlow3	23°C	ISO34-1	35	kN/m

hardness	Test Condition	Test Method	Test Result	Unit
Shore Hardness	Shore A,15sec,23°C	ISO868	86

Flammability	Test Condition	Test Method	Test Result	Unit
UL flame retardant rating	1.0mm	UL94	HB
	UL flame retardant rating	1.5mm	UL94	HB
	UL flame retardant rating	UL flame retardant rating	3.0mm	UL94	HB

IMPORTANT NOTES: Plas.com collected the data in the data sheet from the material manufacturers. Plas.com makes the best effort to improve the accuracy of the data, but has no responsibility for the data. We strongly recommend verifying the validity of the data with the material manufacturers before making a final decision.