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Styrene (base) Thermoplastic Elastomer

Properties of RABALON PDF88KB

Properties of RABALON "SJ" Series for Injection Process.

Item	Method	Unit	SJ4400N/B	SJ5400B/N	SJ6400B/N	SJ7400B/N	SJ8400B/N	SJ9400B/N
Item	Method	Unit	Injection
Density	JIS K7112-1999	g/cm3	1.1	1.1	1.1	1.1	1.1	1.1
MFR (230, 21.2N)	JIS K7210-1999	g/10min	0.2	1	3	6	9	17
Spiral flow (220,80MPa)	Mitsubishi chemical method	mm	1400 <	1400 <	1400 <	1400 <	-	-
Hardness Duro-A	JIS K6253-1993	-	43	53	63	72	80	90
Hardness Duro-D	JIS K6253-1993	-	-	-	-	-	-	43
Tensile moduluas (100%)	JIS K6251-1993	MPa	0.6	1	1.5	2	2.5	4.4
Tensile moduluas (300%)			1.2	1.8	2.5	3	3.9	5.9
Tensile strength at break			5.5	6.5	7.5	9	10	12
Tensile elongation at break		%	900	850	820	800	750	700
Tear strength	JIS K6252-1993	N/mm	19	22	25	30	35	41
Compression set (7022hr)	JIS K6262-1993	%	35	39	43	48	55	62
Tension set (100%)	Mitsubishi chemical method	%	6	8	8	10	12	15
Izod impact strength (-40)	JIS K7110-1984	KJ/m2	NB	NB	NB	NB	NB	NB
Ozone resistance	Mitsubishi chemical method	-	stable	stable	stable	stable	stable	stable
Brittle Temp.	JIS K7216-1990		< -60	< -60	< -60	< -60	< -60	< -60
Heat resistance	Mitsubishi chemical method		125	-	135	-	145	-
Mold shrinkage (MD/TD)	Mitsubishi chemical method	%	2.0/1.1	-	1.5/1.1	-	1.2/0.8	-
Color	-	-	Black&Natural	Black&Natural	Black&Natural	Black&Natural	Black&Natural	Black&Natural

Values given here are taken in good faith at our laboratory and as a guide without warranty.

Properties of RABALON "MJ" Series for Injection Process.

Mitusbishi Chemical Corporation
Performance Polymers Department

Item	Method	Unit	MJ4300C	MJ5302C	MJ6301C	MJ7301C	MJ8301C	MJ9301C
Item	Method	Unit	Injection
Density	JIS K7112-1999	g/cm3	0.89	0.89	0.89	0.89	0.89	0.89
MFR (230, 21.2N)	JIS K7210-1999	g/10min	1.5	1	3	16	26	5
Spiral flow (220, 80MPa)	Mitsubishi chemical method	mm	1400 <	-	1400 <	-	-	-
Hardness Duro-A	JIS K6253-1993	-	45	50	60	70	80	85
Tensile moduluas (100%)	JIS K6251-1993	MPa	0.8	1.5	1.8	2.5	3.5	4
Tensile moduluas (300%)			1.4	2.3	2.5	3.5	4.5	5.5
Tensile strength at break			10	12	14	15	16	23
Tensile elongation at break		%	970	960	920	920	890	800
Tear strength	JIS K6252-1993	N/mm	19	26	30	36	42	59
Compression set (7022hr)	JIS K6262-1993	%	36	38	40	44	48	48
Tension set (100%)	Mitsubishi chemical method	%	5	7	8	10	12	14
Heat resistance	Mitsubishi chemical method		125	130	135	140	145	145
Mold shrinkage (MD/TD)	Mitsubishi chemical method		2.0/1.1	-	1.7/1.0	-	1.4/0.8	-

Values given here are taken in good faith at our laboratory and as a guide without warranty.

Properties of RABALON "SEME" Series for Extrusion Process.

Item	Method	Unit	SE5400B･N	SE6400B･N	SE7400B･N	SE8400B･N	ME5301C	ME6301C
Item	Method	Unit	Extrusion
Density	JIS K7112-1999	g/cm3	1.1	1.1	1.1	1.1	0.89	0.89
MFR (230, 21.2N)	JIS K7210-1999	g/10min	0.3	0.4	0.5	1.0	0.5	0.7
Hardness Duro-A	JIS K6253-1993	-	55	65	75	85	50	60
Tensile moduluas (100%)	JIS K6251-1993	MPa	2.7	3.4	3.7	4.4	2	2.6
Tensile moduluas (300%)			3.9	4.5	5.1	6.3	3.9	4.7
Tensile strength at break			8	11	12	13	10	14
Tensile elongation at break		%	800	800	800	750	830	850
Tear strength	JIS K6252-1993	N/mm	34	42	48	53	25	26
Compression set (7022hr)	JIS K6262-1993	MPa	35	37	40	45	37	38
Tension set (100%)	Mitsubishi chemical method	%	10	12	13	15	7	8
Izod impact strength (-40)	JIS K7110-1984	KJ/m2	NB	NB	NB	NB	NB	NB
Ozone resistance	Mitsubishi chemical method	-	Good	Good	Good	Good	Good	Good
Brittle Temp.	JIS K7216-1990		< -60	< -60	< -60	< -60	< -60	< -60
Heat resistance	Mitsubishi chemical method		130	135	140	145	130	130

Values given here are taken in good faith at our laboratory and as a guide without warranty.

Properties of RABALON - super low hardness grades

Item	Method	Unit	T320C	T331C	SR04
Density	JIS K7112-1999	g/cm3	0.89	0.89	0.89
MFR (230, 21.2N)	JIS K7210-1999	g/10min	0.5	0.7	0.3
Hardness Duro-A	JIS K6253-1993	-	15	25	40
Tensile strength at break	JIS K6251-1993	MPa	4	5	10
Tensile elongation at break	JIS K6251-1993	%	880	780	840
Tear strength	JIS K6252-1993	N/mm	11	16	33
Compression set (7022hr)	JIS K6262-1993	MPa	35	37	78
Tension set (100%)	Mitsubishi chemical method	%	6	6	3

Values given here are taken in good faith at our laboratory and as a guide without warranty.

Properties of RABALON "FJ" Series for Injection Process.

Item	Method	Unit	FJ5350C	FJ6350C	FJ7350C	FJ8350C
Density	JIS K7112-1999	g/cm3	0.89	0.89	0.89	0.89
MFR (230, 21.2N)	JIS K7210-1999	g/10min	1.5	2	6	10
Hardness Duro-A	JIS K6253-1993	-	50	60	70	85
Tensile moduluas (100%)	JIS K6251-1993	MPa	1.1	1.5	2	3.5
Tensile moduluas (300%)			2	2.4	3	4.5
Tensile strength at break			10	11	11	11
Tensile elongation at break		%	900	900	820	700
Tear strength	JIS K6252-1993	MPa	27	28	33	47
Compression set (7022hr)	JIS K6262-1993	%	44	49	54	61
Mold shrinkage (MD/TD)	Mitsubishi chemical method	%	2.0/1.2	1.9/1.1	1.5/1.1	1.3/1.1

Values given here are taken in good faith at our laboratory and as a guide without warranty.

Properties of RABALON Transparent "FJ" Series for Injection Process.

Item	Method	Unit	FJ5370C	FJ6370C	FJ7370C
Density	JIS K7112-1999	g/cm3	0.89	0.89	0.89
MFR (230, 21.2N)	JIS K7210-1999	g/10min	39	38	42
Hardness Duro-A	JIS K6253-1993	-	52	62	72
Tensile moduluas (100%)	JIS K6251-1993	MPa	1.3	1.9	2.9
Tensile moduluas (300%)			2.4	3.2	4.2
Tensile strength at break			8	9	10
Tensile elongation at break		%	700	700	700
Haze (2mmt)	JIS K7136-2000	%	13	13	14
Haze (3mmt)		%	19	33	39
Haze (4mmt)		%	24	42	53
Mold shrinkage (MD/TD)	Mitsubishi chemical method	%	2.0/1.0	1.5/1.0	1.2/1.0

Values given here are taken in good faith at our laboratory and as a guide without warranty.

Thermoplastic Elastomer