PC/CF EXL9330 WH6E276 SABIC INNOVATIVE NANSHA

Form：Granules | Grade：Flame retardant and high temperature resistant grade

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Technical Data Sheet

impact performance	Test Condition	Test Method	Test Result	Test Unit
Charpy Notched Impact Strength	-30°C	ISO 179/1eA	60	kJ/m²
Charpy Notched Impact Strength	Charpy Notched Impact Strength	23°C	ISO 179/1eA	75	kJ/m²
Impact strength of simply supported beam without notch	-30°C	ISO 179/1eU	无断裂
Impact strength of simply supported beam without notch	Impact strength of simply supported beam without notch	23°C	ISO 179/1eU	无断裂
Impact strength of cantilever beam gap	-50°C	ASTM D256	590	J/m
	Impact strength of cantilever beam gap	-30°C	ASTM D256	680	J/m
		Impact strength of cantilever beam gap	23°C	ASTM D256	800	J/m
			Impact strength of cantilever beam gap	23°C8	Internal Method	1100	J/m
				Impact strength of cantilever beam gap	23°C, 6.40 mm	ASTM D256	640	J/m
					Impact strength of cantilever beam gap	-30°C9	ISO 180/1A	55	kJ/m²
						Impact strength of cantilever beam gap	-30°C10	ISO 180/4A	65	kJ/m²
							Impact strength of cantilever beam gap	23°C9	ISO 180/1A	70	kJ/m²
							Impact strength of cantilever beam gap	Impact strength of cantilever beam gap	23°C10	ISO 180/4A	80	kJ/m²
Suspended wall beam without notch impact strength	-30°C	ISO 180/1U	无断裂
Suspended wall beam without notch impact strength	Suspended wall beam without notch impact strength	23°C	ISO 180/1U	无断裂
Dart impact	23°C, Total Energy	ASTM D3763	52.0	J
flammability	Test Condition	Test Method	Test Result	Test Unit
Burning wire flammability index	1.0 mm	IEC 60695-2-12	960	°C
Hot filament ignition temperature	1.0 mm	IEC 60695-2-13	825	°C
UL flame retardant rating	1.5 mm	UL 94	V-0
UL flame retardant rating	UL flame retardant rating	3.0 mm	UL 94	5VA
Extreme Oxygen Index		ISO 4589-2	35	%
mechanical properties	Test Condition	Test Method	Test Result	Test Unit
bending strength	Yield, 50.0 mm Span4	ASTM D790	88.0	Mpa
bending strength	bending strength	--5,6	ISO 178	85.0	Mpa
Bending modulus	--5	ISO 178	2200	Mpa
Bending modulus	Bending modulus	50.0 mm Span4	ASTM D790	2060	Mpa
elongation	Break	ISO 527-2/50	130	%
	elongation	Break3	ASTM D638	130	%
		elongation	Yield	ISO 527-2/50	6.0	%
		elongation	elongation	Yield3	ASTM D638	6.0	%
tensile strength	Break	ISO 527-2/50	60.0	Mpa
	tensile strength	Break3	ASTM D638	61.0	Mpa
		tensile strength	Yield	ISO 527-2/50	55.0	Mpa
		tensile strength	tensile strength	Yield3	ASTM D638	58.0	Mpa
Tensile modulus	--	ISO 527-2/1	2100	Mpa
Tensile modulus	Tensile modulus	--2	ASTM D638	2100	Mpa
injection	Test Condition	Test Method	Test Result	Test Unit
Processing (melt) temperature			295 to 315	°C
Mold temperature			70 to 95	°C
Back pressure			0.300 to 0.700	Mpa
Screw speed			40 to 70	rpm
Exhaust hole depth			0.025 to 0.076	mm
drying temperature			120	°C
drying time			3.0 to 4.0	hr
Suggested maximum moisture content			0.020	%
Suggested injection volume			40 to 60	%
Temperature at the rear of the barrel			215 to 295	°C
Temperature in the middle of the barrel			280 to 305	°C
Temperature at the front of the material cylinder			295 to 315	°C
Spray nozzle temperature			290 to 310	°C
thermal performance	Test Condition	Test Method	Test Result	Test Unit
Hot deformation temperature	0.45 MPa, Unannealed, 3.20 mm	ASTM D648	134	°C
Linear coefficient of thermal expansion	Across Flow : 23 to 80°C	ISO 11359-2	7.7E-5	cm/cm/°C
RTI Elec		UL 746	125	°C
RTI Imp		UL 746	115	°C
RTI		UL 746	120	°C
Vicat softening temperature	--	ASTM D152512	142	°C
Vicat softening temperature	Vicat softening temperature	--	ISO 306/B50	140	°C
Ball Pressure Test	123 to 127°C	IEC 60695-10-2	通过
Linear coefficient of thermal expansion	Flow : -40 to 40°C	ASTM E831	6.7E-5	cm/cm/°C
	Linear coefficient of thermal expansion	Flow : 23 to 80°C	ISO 11359-2	7.2E-5	cm/cm/°C
	Linear coefficient of thermal expansion	Linear coefficient of thermal expansion	Across Flow : -40 to 40°C	ASTM E831	6.7E-5	cm/cm/°C
Hot deformation temperature	0.45 MPa, Unannealed, 4.00 mm, 100 mm Span11	ISO 75-2/Be	135	°C
	Hot deformation temperature	1.8 MPa, Unannealed, 3.20 mm	ASTM D648	120	°C
		Hot deformation temperature	1.8 MPa, Unannealed, 6.40 mm	ASTM D648	124	°C
		Hot deformation temperature	Hot deformation temperature	1.8 MPa, Unannealed, 4.00 mm, 100 mm Span11	ISO 75-2/Ae	124	°C
Physical properties	Test Condition	Test Method	Test Result	Test Unit
Outdoor applicability		UL 746C	f1
Water absorption rate	Equilibrium, 23°C, 50% RH	ISO 62	0.15	%
Water absorption rate	Water absorption rate	Saturation, 23°C	ISO 62	0.35	%
Shrinkage rate	Across FlowFlow : 3.20 mm	Internal Method	0.40 - 0.80	%
Shrinkage rate	Shrinkage rate	Flow : 3.20 mm	Internal Method	0.40 - 0.80	%
Melt Volume Flow Rate (MVR)	300°C/1.2 kg	ISO 1133	9.00	cm3/10min
melt mass-flow rate	300°C/1.2 kg	ASTM D1238	10	g/10 min
density	--	ISO 1183	1.19	g/cm³
density	density	--	ASTM D792	1.18	g/cm³
Electrical performance	Test Condition	Test Method	Test Result	Test Unit
Dissipation factor	60 Hz	ASTM D150	2.4E-3
Surface resistivity		IEC 60093	> 1.0E+15	ohms
Volume resistivity		IEC 60093	> 1.0E+15	ohms·cm
Dielectric strength	3.20 mm, in Oil	ASTM D149	17	KV/mm
Dielectric strength	Dielectric strength	3.20 mm, in Oil	IEC 60243-1	16	KV/mm
Dielectric constant	60 Hz	ASTM D150	2.95
	Dielectric constant	50 kHz	ASTM D150	2.95
		Dielectric constant	1 MHz	ASTM D150	2.90
			Dielectric constant	50 Hz	IEC 60250	2.60
				Dielectric constant	60 Hz	IEC 60250	2.60
				Dielectric constant	Dielectric constant	1 MHz	IEC 60250	2.70
Dissipation factor	50 Hz	ASTM D150	2.4E-3
	Dissipation factor	1 MHz	ASTM D150	8.5E-3
		Dissipation factor	50 Hz	IEC 60250	1.0E-3
		Dissipation factor	Dissipation factor	60 Hz	IEC 60250	1.0E-3
Compared to the anti leakage trace index		UL 746	PLC 3
Compared to the anti leakage trace index	Compared to the anti leakage trace index		IEC 60112	PLC 3
High arc combustion index		UL 746	PLC 0
Hot wire ignition		UL 746	PLC 1
hardness	Test Condition	Test Method	Test Result	Test Unit
Ball Pressure Test	H 358/30	ISO 2039-1	90.0	Mpa

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.

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