PC EXL1132-WH9G700 SABIC INNOVATIVE NANSHA

Form：Granules | Grade：Injection grade

Properties:

Low temperature resistancEasy to processHigh mobilityUV resistance

Typical Applications:

Household appliancesAutomotive sectorElectronic fieldElectrical field

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Product Description

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Datasheet

Product Description

Typical Applications:	Household appliances \| Automotive sector \| Electronic field \| Electrical field
Properties:	Low temperature resistanc \| Easy to process \| High mobility \| UV resistance

Certificates

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Technical Data Sheet

impact performance	Test Condition	Test Method	Test Result	Test Unit
Impact strength of cantilever beam gap	-30°C	ISO 180/1A	20	kJ/m²
Impact strength of cantilever beam gap	Impact strength of cantilever beam gap	23°C	ISO 180/1A	55	kJ/m²
Suspended wall beam without notch impact strength	-30°C	ISO 180/1U	NoBreak
Impact strength of simply supported beam without notch	23°C	ISO 179/1eU	NoBreak
Impact strength of simply supported beam without notch	Impact strength of simply supported beam without notch	-30°C	ISO 179/1eU	NoBreak
Charpy Notched Impact Strength	23°C	ISO 179/1eA	60	kJ/m²
Charpy Notched Impact Strength	Charpy Notched Impact Strength	-30°C	ISO 179/1eA	25	kJ/m²
Suspended wall beam without notch impact strength	23°C	ISO 180/1U	NoBreak
Dart impact	23°C,TotalEnergy	ASTM D3763	69.6	J
flammability	Test Condition	Test Method	Test Result	Test Unit
Hot filament ignition temperature	1.0mm	IEC 60695-2-13	875	°C
Burning wire flammability index	3.0mm	IEC 60695-2-12	960	°C
Burning wire flammability index	Burning wire flammability index	1.0mm	IEC 60695-2-12	850	°C
Hot filament ignition temperature	3.0mm	IEC 60695-2-13	875	°C
Extreme Oxygen Index		ISO 4589-2	32	%
mechanical properties	Test Condition	Test Method	Test Result	Test Unit
tensile strength	Yield	ISO 527-2/50	57.0	Mpa
Tensile modulus		ASTM D638	2280	Mpa
tensile strength	Yield	ASTM D638	58.1	Mpa
Tensile modulus		ISO 527-2/1	2150	Mpa
tensile strength	Break	ASTM D638	58.7	Mpa
tensile strength	tensile strength	Break	ISO 527-2/50	55.0	Mpa
elongation	Yield	ASTM D638	5.8	%
Tensile strain	Yield	ISO 527-2/50	5.0	%
elongation	Break	ASTM D638	110	%
Tensile strain	Break	ISO 527-2/50	100	%
Bending modulus	50.0mmSpan	ASTM D790	2320	Mpa
Bending modulus	Bending modulus		ISO 178	2240	Mpa
bending strength		ISO 178	85.0	Mpa
bending strength	bending strength	Yield,50.0mmSpan	ASTM D790	95.1	Mpa
thermal performance	Test Condition	Test Method	Test Result	Test Unit
RTI Str		UL 746	125	°C
RTI Imp		UL 746	120	°C
RTI Elec		UL 746	130	°C
Linear coefficient of thermal expansion	TD：23to80°C	ISO 11359-2	7.5E-05	cm/cm/°C
	Linear coefficient of thermal expansion	TD：-40to40°C	ASTME831	7.6E-05	cm/cm/°C
		Linear coefficient of thermal expansion	MD：23to80°C	ISO 11359-2	7.5E-05	cm/cm/°C
		Linear coefficient of thermal expansion	Linear coefficient of thermal expansion	MD：-40to40°C	ASTME831	7.2E-05	cm/cm/°C
Hot deformation temperature	0.45MPa,Unannealed,3.20mm	ASTM D648	137	°C
	Hot deformation temperature	0.45MPa,Annealed	ISO 75-2/Be	136	°C
		Hot deformation temperature	1.8MPa,Unannealed,3.20mm	ASTM D648	124	°C
		Hot deformation temperature	Hot deformation temperature	1.8MPa,Unannealed,100mmSpan	ISO 75-2/Ae	125	°C
Vicat softening temperature		ASTM D152511	144	°C
	Vicat softening temperature	--	ISO 306/B50	144	°C
	Vicat softening temperature	Vicat softening temperature	--	ISO 306/B120	145	°C
Ball Pressure Test	125°C	IEC 60695-10-2	Pass
Physical properties	Test Condition	Test Method	Test Result	Test Unit
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	TD：3.20mm	Internal Method	0.40-0.80	%
Shrinkage rate	Shrinkage rate	MD：3.20mm	Internal Method	0.40-0.80	%
Melt Volume Flow Rate (MVR)	300°C/1.2kg	ISO 1133	16.0	cm3/10min
melt mass-flow rate	300°C/1.2kg	ASTM D1238	17	g/10min
hardness	Test Condition	Test Method	Test Result	Test Unit
Ball Pressure Test	H358/30	ISO 2039-1	95.0	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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