PA66 49H NT ASCEND USA

Form：Granules

Properties:

smooth surface High impactHigh toughnessLow temperature toughnessHigh temperature resistanChemical resistanceOil resistantSolvent resistantEasy to form

Typical Applications:

Laptop caseAutomotive components

Supplier(1)

Product Description

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Datasheet

Product Description

Typical Applications:	Laptop case \| Automotive components
Properties:	smooth surface \| High impact \| High toughness \| Low temperature toughness \| High temperature resistan \| Chemical resistance \| Oil resistant \| Solvent resistant \| Easy to form

Certificates

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Technical Data Sheet

impact performance	Test Condition	Test Method	Test Result	Test Unit
Impact strength of simply supported beam without notch	23°C	ISO 179	无断裂
Impact strength of simply supported beam without notch	Impact strength of simply supported beam without notch	-30°C	ISO 179	无断裂
flammability	Test Condition	Test Method	Test Result	Test Unit
UL flame retardant rating	0.75 mm	UL 94	HB
	UL flame retardant rating	1.5 mm	UL 94	HB
	UL flame retardant rating	UL flame retardant rating	3.0 mm	UL 94	HB
Burning wire flammability index	0.75 mm	IEC 60695-2-12	725	°C
	Burning wire flammability index	1.5 mm	IEC 60695-2-12	750	°C
	Burning wire flammability index	Burning wire flammability index	3.0 mm	IEC 60695-2-12	700	°C
Hot filament ignition temperature	1.5 mm	IEC 60695-2-13	775	°C
	Hot filament ignition temperature	3.0 mm	IEC 60695-2-13	725	°C
	Hot filament ignition temperature	Hot filament ignition temperature	0.75 mm	IEC 60695-2-13	750	°C
Automotive Materials - (thickness d = 1 mm)		FMVSS 302	+
mechanical properties	Test Condition	Test Method	Test Result	Test Unit
Bending modulus		ISO 178	2600	Mpa
Tensile strain	Break	ISO 527-2	17	%
tensile strength	Break	ISO 527-2	46.0	Mpa
tensile strength	tensile strength	Yield	ISO 527-2	70.0	Mpa
Tensile modulus		ISO 527-2	3040	Mpa
bending strength		ISO 178	81.0	Mpa
injection	Test Condition	Test Method	Test Result	Test Unit
Temperature in the middle of the barrel			280 to 310	°C
Temperature at the front of the material cylinder			280 to 310	°C
Spray nozzle temperature			280 to 310	°C
drying temperature			80	°C
drying time			4.0	hr
Suggested maximum material return ratio			25	%
Processing (melt) temperature			285 to 305	°C
Mold temperature			65 to 95	°C
Temperature at the rear of the barrel			280 to 310	°C
thermal performance	Test Condition	Test Method	Test Result	Test Unit
RTI	1.5 mm	UL 746	110	°C
	RTI	3.0 mm	UL 746	110	°C
	RTI	RTI	0.75 mm	UL 746	110	°C
RTI Imp	3.0 mm	UL 746	75.0	°C
Linear coefficient of thermal expansion	Flow : 23 to 55°C, 2.00 mm	ISO 11359-2	8.6E-5	cm/cm/°C
Melting temperature		ISO 11357-3	260	°C
Hot deformation temperature	1.8 MPa, Unannealed	ISO 75-2/A	69.0	°C
Hot deformation temperature	Hot deformation temperature	0.45 MPa, Unannealed	ISO 75-2/B	202	°C
RTI Imp	1.5 mm	UL 746	75.0	°C
RTI Imp	RTI Imp	0.75 mm	UL 746	75.0	°C
RTI Elec	3.0 mm	UL 746	130	°C
	RTI Elec	1.5 mm	UL 746	130	°C
	RTI Elec	RTI Elec	0.75 mm	UL 746	130	°C
Linear coefficient of thermal expansion	Across Flow : 23 to 55°C, 2.00 mm	ISO 11359-2	1.2E-4	cm/cm/°C
Physical properties	Test Condition	Test Method	Test Result	Test Unit
Water absorption rate	Equilibrium, 23°C, 50% RH	ISO 62	2.3	%
Water absorption rate	Water absorption rate	24 hr, 23°C	ISO 62	1.3	%
Shrinkage rate	Flow : 2.00 mm	ISO 294-4	1.8	%
Shrinkage rate	Shrinkage rate	横向Flow : 2.00 mm	ISO 294-4	1.6	%
Electrical performance	Test Condition	Test Method	Test Result	Test Unit
Volume resistivity	0.750 mm	IEC 60093	1.0E+11	ohms·cm
Dielectric strength	1.00 mm	ASTM D149	14	KV/mm
Arc resistance	3.00 mm	ASTM D495	PLC 6
Compared to the anti leakage trace index	3.00 mm	IEC 60112	PLC 1
High arc combustion index	0.75 mm	UL 746	PLC 0
High voltage arc tracing rate		UL 746	PLC 2
Hot wire ignition	0.75 mm	UL 746	PLC 4
	Hot wire ignition	1.5 mm	UL 746	PLC 4
	Hot wire ignition	Hot wire ignition	3.0 mm	UL 746	PLC 3
High arc combustion index	1.5 mm	UL 746	PLC 0
High arc combustion index	High arc combustion index	3.0 mm	UL 746	PLC 0

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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