Santoprene™ 201-73

About
A soft, colorable, versatile thermoplastic vulcanizate (TPV) in the thermoplastic elastomer (TPE) family. This material combines good physical properties and chemical resistance for use in a wide range of applications. This grade of Santoprene TPV is shear-dependent and can be processed on conventional thermoplastics equipment for injection molding, extrusion, blow molding, thermoforming or vacuum forming. It is polyolefin based and recyclable within the manufacturing stream.&&

About

A soft, colorable, versatile thermoplastic vulcanizate (TPV) in the thermoplastic elastomer (TPE) family. This material combines good physical properties and chemical resistance for use in a wide range of applications. This grade of Santoprene TPV is shear-dependent and can be processed on conventional thermoplastics equipment for injection molding, extrusion, blow molding, thermoforming or vacuum forming. It is polyolefin based and recyclable within the manufacturing stream.&&

Product Description
Supplier	Celanese
Material Status	Commercial: Active
Features	HB
Availabilitys	Asia Pacific,North America,Europe,Latin America

Technical Data
PHYSICAL	Nominal value	Unit	Test method
Density	0.968	g/cm³	ASTM D792
Density	0.970	g/cm³	ISO 1183
Detergent Resistance	f4		UL 2157
Detergent Resistance	f3		UL 749

elastic body	Nominal value	Unit	Test method
tensile strength
TD, fracture, 23 ℃	8.80	MPa	ISO 37
TD, fracture, 23 ℃	8.80	MPa	ASTM D412
TD, 100% strain, 23 ℃	3.60	MPa	ASTM D412
TD, 100% strain, 23 ℃	3.60	MPa	ISO 37
Tensile strain
TD, fracture, 23 ℃	490	%	ISO 37
TD, fracture, 23 ℃	490	%	ASTM D412
tear strength
TD，23℃	27.0	kN/m	ASTM D624
TD，23℃	27	kN/m	ISO 34-1
Compression deformation			ASTM D395B
70℃，22 hr	28	%	ASTM D395B
125℃，70 hr	37	%	ASTM D395B
Compression deformation			ISO 815
70℃，22 hr	28	%	ISO 815
125℃，70 hr	37	%	ISO 815

MECHANICAL	Nominal value	Unit	Test method
Shore hardness
Shore A, 15 seconds, 23 ℃	78		ISO 868

THERMAL	Nominal value	Unit	Test method
Embrittlement temperature	-60.0	℃	ASTM D746
Embrittlement temperature	-60.0	℃	ISO 812
Relative temperature index
Electrical performance	100	℃	UL 746
Strength mechanical performance			UL 746
1.0 mm	90.0	℃	UL 746
1.5 mm	90.0	℃	UL 746
3.0 mm	95.0	℃	UL 746

Aging performance	Nominal value	Unit	Test method
The rate of change in tensile strength in air
150℃，168 hr	-1.0	%	ASTM D573
150℃，168 hr	-1.0	%	ISO 188
The rate of change in ultimate elongation in air
150℃，168 hr	-3.0	%	ASTM D573
Change in Tensile Strain at Break in Air（150℃，168 hr）	-3.0	%	ISO 188
Change in Durometer Hardness in Air (150 ℃, 168 hr)	7.0		ASTM D573
The rate of change of Shore hardness in air
Shaw A, 150 ℃, 168 hr	7.0		ISO 188
The rate of change in tensile strength			ASTM D471
23℃，168 hr，in Acetic Acid	-8.0	%	ASTM D471
23℃，168 hr，in Cyclohexane	31	%	ASTM D471
23℃，168 hr，in Detergent（Tide），2.5%	3.0	%	ASTM D471
23℃，168 hr，in Ethanol，95%	-2.0	%	ASTM D471
23℃，168 hr，in Hydrochloric Acid，10%	13	%	ASTM D471
23℃，168 hr，in Isopropyl Alcohol	31	%	ASTM D471
23℃，168 hr，in Methylethylketone	47	%	ASTM D471
23℃，168 hr，in Sodium Chloride，15%	0.0	%	ASTM D471
23℃，168 hr，in Sodium Hydroxide，50%	3.0	%	ASTM D471
23℃，168 hr，in Sulfuric Acid，98%	-17 -17	%	ASTM D471
23℃，168 hr，in Trichloroethylene	54	%	ASTM D471
100℃，168 hr，in Deionized Water	1.0	%	ASTM D471
100℃，168 hr，in IRM 903 Oil	-30	%	ASTM D471
125℃，70 hr，in IRM 903 Oil	-31	%	ASTM D471
125℃，168 hr，in IRM 903 Oil	-31	%	ASTM D471
The rate of change in tensile strength			ISO 1817
23℃，168 hr，in Acetic Acid	-8.0	%	ISO 1817
23℃，168 hr，in Cyclohexane	31	%	ISO 1817
23℃，168 hr，in Detergent（Tide），2.5%	3.0	%	ISO 1817
23℃，168 hr，in Ethanol，95%	-2.0	%	ISO 1817
23℃，168 hr，in Hydrochloric Acid，10%	13	%	ISO 1817
23℃，168 hr，in Isopropyl Alcohol	31	%	ISO 1817
23℃，168 hr，in Methylethylketone	47	%	ISO 1817
23℃，168 hr，in Sodium Chloride，15%	0.0	%	ISO 1817
23℃，168 hr，in Sodium Hydroxide，50%	3.0	%	ISO 1817
23℃，168 hr，in Sulfuric Acid，98%	-17 -17	%	ISO 1817
23℃，168 hr，in Trichloroethylene	54	%	ISO 1817
100℃，168 hr，in Deionized Water	1.0	%	ISO 1817
100℃，168 hr，in IRM 903 Oil	-30	%	ISO 1817
125℃，70 hr，in IRM 903 Oil	-31	%	ISO 1817
125℃，168 hr，in IRM 903 Oil	-31	%	ISO 1817
Change rate of ultimate elongation			ASTM D471
23℃，168 hr，in Acetic Acid	-4.0	%	ASTM D471
23℃，168 hr，in Cyclohexane	20	%	ASTM D471
23℃，168 hr，in Detergent（Tide），2.5%	2.0	%	ASTM D471
23℃，168 hr，in Ethanol，95%	0.0	%	ASTM D471
23℃，168 hr，in Hydrochloric Acid，10%	9.0	%	ASTM D471
23℃，168 hr，in Isopropyl Alcohol	20	%	ASTM D471
23℃，168 hr，in Methylethylketone	24	%	ASTM D471
23℃，168 hr，in Sodium Chloride，15%	-2.0	%	ASTM D471
23℃，168 hr，in Sodium Hydroxide，50%	2.0	%	ASTM D471
23℃，168 hr，in Sulfuric Acid，98%	-27	%	ASTM D471
23℃，168 hr，in Trichloroethylene	22	%	ASTM D471
100℃，168 hr，in Deionized Water	-7.0	%	ASTM D471
100℃，168 hr，in IRM 903 Oil	-49	%	ASTM D471
125℃，70 hr，in IRM 903 Oil	-47	%	ASTM D471
125℃，168 hr，in IRM 903 Oil	-58	%	ASTM D471
Changes in tensile stress during fracture			ISO 1817
23℃，168 hr，in Acetic Acid	-4.0	%	ISO 1817
23℃，168 hr，in Cyclohexane	20	%	ISO 1817
23℃，168 hr，in Detergent（Tide），2.5%	2.0	%	ISO 1817
23℃，168 hr，in Ethanol，95%	0.0	%	ISO 1817
23℃，168 hr，in Hydrochloric Acid，10%	9.0	%	ISO 1817
23℃，168 hr，in Isopropyl Alcohol	20	%	ISO 1817
23℃，168 hr，in Methylethylketone	24	%	ISO 1817
23℃，168 hr，in Sodium Chloride，15%	-2.0	%	ISO 1817
23℃，168 hr，in Sodium Hydroxide，50%	2.0	%	ISO 1817
23℃，168 hr，in Sulfuric Acid，98%	-27	%	ISO 1817
23℃，168 hr，in Trichloroethylene	22	%	ISO 1817
100℃，168 hr，in Deionized Water	-7.0	%	ISO 1817
100℃，168 hr，in IRM 903 Oil	-49	%	ISO 1817
125℃，70 hr，in IRM 903 Oil	-47	%	ISO 1817
125℃，168 hr，in IRM 903 Oil	-58	%	ISO 1817
The rate of change in Shore hardness			ASTM D471
Shore A, 23 ℃, 168 hr, in acetic acid	-2.0		ASTM D471
Shore A, 23 ℃, 168 hr, in cyclohexane	-16		ASTM D471
Shaw A, 23 ℃, 168 hr, in detergent (Tide), 2.5%	0.0		ASTM D471
Shore A, 23 ℃, 168 hr, in ethanol, 95%	0.0		ASTM D471
Shore A, 23 ℃, 168 hr, in hydrochloric acid, 10%	-3.0		ASTM D471
Shore A, 23 ℃, 168 hr, in isopropanol	-1.0		ASTM D471
Shore A, 23 ℃, 168 hr, in methyl ethyl ketone	0.0		ASTM D471
Shore A, 23 ℃, 168 hr, in sodium chloride, 15%	0.0		ASTM D471
Shore A, 23 ℃, 168 hr, in sodium hydroxide, 50%	0.0		ASTM D471
Shore A, 23 ℃, 168 hr, in sulfuric acid, 98%	0.0		ASTM D471
Shore A, 23 ℃, 168 hr, in trichloroethylene	-3.0		ASTM D471
Shore A, 100 ℃, 168 hr, in deionized water	-2.0		ASTM D471
Shaw A, 100 ℃, 168 hr, in IRM 903 oil	-21		ASTM D471
Shaw A, 125 ℃, 168 hr, in IRM 903 oil	-23		ASTM D471
The rate of change in Shore hardness			ISO 1817
Shore A, 23 ℃, 168 hr, in acetic acid	-2.0		ISO 1817
Shore A, 23 ℃, 168 hr, in cyclohexane	-16		ISO 1817
Shaw A, 23 ℃, 168 hr, in detergent (Tide), 2.5%	0.0		ISO 1817
Shore A, 23 ℃, 168 hr, in ethanol, 95%	0.0		ISO 1817
Shore A, 23 ℃, 168 hr, in hydrochloric acid, 10%	-3.0		ISO 1817
Shore A, 23 ℃, 168 hr, in isopropanol	-1.0		ISO 1817
Shore A, 23 ℃, 168 hr, in methyl ethyl ketone	0.0		ISO 1817
Shore A, 23 ℃, 168 hr, in sodium chloride, 15%	0.0		ISO 1817
Shore A, 23 ℃, 168 hr, in sodium hydroxide, 50%	0.0		ISO 1817
Shore A, 23 ℃, 168 hr, in sulfuric acid, 98%	0.0		ISO 1817
Shore A, 23 ℃, 168 hr, in trichloroethylene	-3.0		ISO 1817
Shore A, 100 ℃, 168 hr, in deionized water	-2.0		ISO 1817
Shaw A, 100 ℃, 168 hr, in IRM 903 oil	-21		ISO 1817
Shaw A, 125 ℃, 168 hr, in IRM 903 oil	-23		ISO 1817
Quality change rate			ASTM D471
23℃，168 hr，in Acetic Acid	4.0	%	ASTM D471
23℃，168 hr，in Cyclohexane	-4.9	%	ASTM D471
23℃，168 hr，in Detergent（Tide），2.5%	0.60	%	ASTM D471
23℃，168 hr，in Ethanol，95%	-0.10	%	ASTM D471
23℃，168 hr，in Hydrochloric Acid，10%	0.20	%	ASTM D471
23℃，168 hr，in Isopropyl Alcohol	-13	%	ASTM D471
23℃，168 hr，in Methylethylketone	-24	%	ASTM D471
23℃，168 hr，in Sodium Chloride，15%	0.20	%	ASTM D471
23℃，168 hr，in Sodium Hydroxide，50%	-0.20	%	ASTM D471
23℃，168 hr，in Trichloroethylene	-6.0	%	ASTM D471
100℃，168 hr，in Deionized Water	3.6	%	ASTM D471
100℃，168 hr，in IRM 903 Oil	66	%	ASTM D471
125℃，168 hr，in IRM 903 Oil	78	%	ASTM D471
Quality change rate			ISO 1817
23.0℃，168 hr，in Methylethylketone	-24	%	ISO 1817
23.0℃，168 hr，in Isopropyl Alcohol	-13	%	ISO 1817
23.0℃，168 hr，in Trichloroethylene	-6.0	%	ISO 1817
23.0℃，168 hr，in Cyclohexane	-4.9	%	ISO 1817
23.0℃，168 hr，in Sodium Hydroxide，50%	-0.20	%	ISO 1817
23.0℃，168 hr，in Ethanol，95%	-0.10	%	ISO 1817
23.0℃，168 hr，in Hydrochloric Acid，10%	0.20	%	ISO 1817
23.0℃，168 hr，in Sodium Chloride，15%	0.20	%	ISO 1817
23.0℃，168 hr，in Detergent（Tide），2.5%	0.60	%	ISO 1817
100℃，168 hr，in Deionized Water	3.6	%	ISO 1817
23.0℃，168 hr，in Acetic Acid	4.0	%	ISO 1817
100℃，168 hr，in IRM 903 Oil	66	%	ISO 1817
125℃，168 hr，in IRM 903 Oil	78	%	ISO 1817
Volume change
125 ℃, 70 hr, in IRM 903 oil	72	%	ISO 1817
125 ℃, 70 hr, in IRM 903 oil	72	%	ASTM D471
Durable to continuous maximum temperature
1008 hr	135	℃	SAE J2236

Electrical performance	Nominal value	Unit	Test method
Dielectric strength
23 ℃，2 mm	30	kV/mm	ASTM D149
Dielectric constant
23 ℃，1.96 mm	2.40		ASTM D150
23 ℃，1.96 mm	2.40		IEC 60250
Compared to the leakage tracing index	PLC 0		UL 746
High Arc Burning Index (HAI)	PLC 0		UL 746
High voltage arc ignition resistance index (HVAR) (PLC)	PLC 6		UL 746
High voltage arc marking rate
HVTR	PLC 1		UL 746
Hot wire ignition
HWI			UL 746
1.0 mm	PLC 4		UL 746
1.5 mm	PLC 3		UL 746
3.0 mm	PLC 3		UL 746

FLAME CHARACTERISTICS	Nominal value	Test method
Flame retardant level		UL 94
1.00 mm	HB	UL 94
1.50 mm	HB	UL 94
3.00 mm	HB	UL 94

Process Conditions
Injection	Nominal value	Unit	Test method
extrusion	Nominal value	Unit	Test method
drying temperature	82	°C
Drying time	3.0	hr
Recommended maximum moisture content	0.080	%
Suggested maximum proportion of recycled materials	20	%
Temperature at the rear of the barrel	177	°C
Temperature in the middle of the barrel	182	°C
Front temperature of material barrel	188	°C
Nozzle temperature	193 to 227	°C
Processing (melt) temperature	199 to 232	°C
Mold temperature	10 to 52	°C
Injection speed	Fast
Back pressure	0.345 to 0.689	MPa
Screw speed	100 to 200	rpm
Locking force	4.1 to 6.9	kN/cm²
cushion	3.18 to 6.35	mm
Screw length to diameter ratio	16.0:1.0 to 20.0:1.0
Screw compression ratio	2.0:1.0 to 2.5:1.0
Exhaust hole depth	0.025	mm
drying temperature	82	°C
Drying time	3.0	hr
Melt Temperature	202	°C
Mouth temperature	204	°C
Back pressure	5.00 to 20.0	MPa

Notes
1. Typical properties: these are not to be construed as specifications.
2. Die C
3. Method Bb, Angle (Nicked)
4. Type 1
5. Type A
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