PA6 Ultramid® 8200HS BK102 BASF GERMANY

101

Unit Price:
$3402 USD/MT
Packaging Specification:
25 KG/PKG
Supply Quantity:
50MT
Delivery Terms:
FOB
Port of Loading:
China Main Port
Accepted Payment Methods:
T/T
Shipping:
Negotiate supplier for shipping details

Supplier Information

ASIA PLASTIC EXCHANGE LIMITED

+86 755 2787 3515View

serv********View

For more detailed information including pricing, customization, and shipping, please contact supplier.

Material Description

Technical Data Sheet

Material Description

Material Properties:Thermal stability high strength Oil resistant
Application Areas:Gear Automotive Applications
Color:--
Grade:Injection grade

Technical Data Sheet

Physical Properties	Test Condition	Test Method	Test Result	Unit
Modeling Shrinkage	MD：3.18mm		1.2	%
Moisture Absorption	24hr	ASTMD570	1.6	%
	Moisture Absorption	23°C,24hr	ISO62	1.6	%
		Moisture Absorption	Saturation	ASTMD570	9.5	%
			Moisture Absorption	Saturation,23°C	ISO62	9.5	%
				Moisture Absorption	Equilibrium,23°C,50%RH	ISO62	2.7	%
				Moisture Absorption	Moisture Absorption	Equilibrium,50%RH	ASTMD570	2.7	%

Mechanical Properties	Test Condition	Test Method	Test Result	Unit
Tensile Modulus	23°C	ISO527-2	2700	Mpa
Tensile Elongation	Break,-40°C	ASTMD638	8.0	%
	Tensile Elongation	Break,23°C	ASTMD638	60	%
		Tensile Elongation	Break,121°C	ASTMD638	>100	%
			Tensile Elongation	Yield,-40°C	ASTMD638	3.0	%
				Tensile Elongation	Yield,23°C	ASTMD638	20	%
				Tensile Elongation	Tensile Elongation	Yield,121°C	ASTMD638	15	%
Flexural Modulus	-40°C	ASTMD790	3010	Mpa
	Flexural Modulus	23°C	ASTMD790	2830	Mpa
		Flexural Modulus	65°C	ASTMD790	460	Mpa
			Flexural Modulus	90°C	ASTMD790	350	Mpa
				Flexural Modulus	121°C	ASTMD790	305	Mpa
				Flexural Modulus	Flexural Modulus	23°C	ISO178	2400	Mpa
Flexural Strength	-40°C	ASTMD790	168	Mpa
	Flexural Strength	23°C	ASTMD790	110	Mpa
		Flexural Strength	65°C	ASTMD790	30.0	Mpa
			Flexural Strength	90°C	ASTMD790	20.0	Mpa
			Flexural Strength	Flexural Strength	121°C	ASTMD790	18.0	Mpa
Tensile Stress	Yield,-40°C	ISO527-2	136	Mpa
	Tensile Stress	Yield,23°C	ISO527-2	80.0	Mpa
	Tensile Stress	Tensile Stress	Yield,120°C	ISO527-2	23.0	Mpa
Tensile Strain	Yield,23°C	ISO527-2	5.0	%
Tensile Strength	Yield,-40°C	ASTMD638	136	Mpa
	Tensile Strength	Yield,23°C	ASTMD638	85.0	Mpa
	Tensile Strength	Tensile Strength	Yield,121°C	ASTMD638	23.0	Mpa
Flexural Stress	23°C	ISO178	82.0	Mpa
Nominal Tensile Strain at Break	-40°C	ISO527-2	8.0	%
	Nominal Tensile Strain at Break	23°C	ISO527-2	25	%
	Nominal Tensile Strain at Break	Nominal Tensile Strain at Break	120°C	ISO527-2	>100	%

Thermal Properties	Test Condition	Test Method	Test Result	Unit
Peak Melting Temperature		ASTMD3418	220	°C
Deflection Temperature Under Load?	0.45MPa,Unannealed	ASTMD648	175	°C
	Deflection Temperature Under Load?	0.45MPa,Unannealed	ISO75-2/B	150	°C
		Deflection Temperature Under Load?	1.8MPa,Unannealed	ASTMD648	65.0	°C
		Deflection Temperature Under Load?	Deflection Temperature Under Load?	1.8MPa,Unannealed	ISO75-2/A	60.0	°C
Melting temperature (DSC)		ISO3146	220	°C
RTIElec	0.71mm	UL746	130	°C
	RTIElec	1.3mm	UL746	130	°C
		RTIElec	3.0mm	UL746	130	°C
		RTIElec	RTIElec	6.0mm	UL746	130	°C
Evolution Calendar intelligent importer	0.71mm	UL746	95.0	°C
	Evolution Calendar intelligent importer	1.3mm	UL746	105	°C
		Evolution Calendar intelligent importer	3.0mm	UL746	105	°C
		Evolution Calendar intelligent importer	Evolution Calendar intelligent importer	6.0mm	UL746	105	°C
RTIStr	0.71mm	UL746	95.0	°C
	RTIStr	1.3mm	UL746	105	°C
		RTIStr	3.0mm	UL746	105	°C
		RTIStr	RTIStr	6.0mm	UL746	105	°C
Linear thermal expansion coefficient	MD	ASTME831	8.3E-05	cm/cm/°C

Impact Properties	Test Condition	Test Method	Test Result	Unit
Charpy Unnotched Impact Strength	23°C	ISO179	NoBreak

hardness	Test Condition	Test Method	Test Result	Unit
Rockwell Hardness	R-Scale	ASTMD785	119

Flammability	Test Condition	Test Method	Test Result	Unit
UL flame retardant rating	3.0mm	UL94	V-2
UL flame retardant rating	UL flame retardant rating	6.0mm	UL94	V-2

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.