envalior lanxess durethan akvh2.0 heat resistance pa66 material

Envalior Lanxess Durethan AKV30H2.0 PA66 | GF30 reinforced

Process: Injection molding PA66 material

Material attribution: Glass fiber reinforced PA 66

Package: 25KG/Bag

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Envalior Lanxess Durethan AKV30H2.0 PA 66 Description

Durethan AKV30H2.0 is a heat stable grade polyamide 66 resin pellets (PA66) produced by Envalior Engineering Plastics. It contains 30% glass fiber reinforced plastic, can offers high strength, low friction, good insulation and high mechanical strength. AKV30H2.0 PA66 material can withstand short-term use at temperatures between 170-200°C (170-200°C) and long-term use at temperatures between 80-160°C (80-160°C), is suitable for bicycle bearings that require high-temperature and wear resistance.

the difference of durethan polyamide series

⚠️Durethan is a series of polyamide materials produced by Envalior Engineering Plastics Co., Ltd., which was invested by Lanxess. It was originally part of the German chemical group Lanxess. The outer packaging of the polyamide material may show the Lanxess logo or Envalior standard depending on the production location. If the product model is the same, the properties of the polyamide material are almost the same. Please feel free to use it. If you have any questions, please contact us. 👉+86 15837933829

Envalior Lanxess Durethan AKV30H2.0 PA 66 Advantage

GF30 PA66 material. Durethan AKV30H2.0 nylon 66 material contains 30% glass fiber reinforcement, which gives it good heat resistance, rigidity, wear resistance and dimensional stability.
Excellent thermal stability. The heat deformation temperature of Envalior AKV30H2.0 PA 6,6 reaches 250℃ under the test environment of 0.45MPa. The products made of it can be used for a long time in the environment of 80-160℃ without deformation and aging. Even if used for a short time in the extreme high temperature environment of 170-200℃, it can maintain excellent mechanical properties. It is suitable for general bearings with high requirements for heat resistance.
Excellent mechanical properties. Due to the glass fiber reinforced plastic, AKV30H2.0 Nylon 6,6 has stronger rigidity. The tensile modulus in the dry state test environment of 1.0mm/min reaches 10000MPa, and the flexural modulus in the dry state test environment of 2.0mm/min reaches 9200MPa, which is much higher than conventional plastics and general engineering plastics. It is suitable for applications with high requirements for rigidity and wear resistance.

Why choose Baiyou as Envalior Lanxess Durethan AKV30H2.0 PA 66 supplier?

Leading polyamide 66 resin pellets supplier (PA66 material) , 20+ years of experience in plastic product manufacturing and chemical raw material import and export
Fastest Arrival, with warehouses in multiple ports
1,000+ types of resins are available, and we have cooperated with large petrochemical groups for 30+ years
Free Samples for production testing
Wholesale price, even a piece of goods is based on the wholesale price

Key Attributes

Product information
Envalior Lanxess Durethan AKV30H2.0 PA 66
Manufacturer		Envalior engineering plastics
Part Marking Code		>PA66 material<
Process		Injection molding nylon 6,6 material
Material Shape		·PA 66 pellets
Flame retardant		HB
Material Attribute		·30% glass fiber reinforced PA6 material ·Heat stabilitzed grade
Specification		·UL
Features		Heat aging resistant
Physical properties	Standard	Value		Unit
Density	ISO 1183	1.36		g/cm³
Shrinkage flow 60602mm 290℃ MPa mold temperature:80℃	ISO 294	0.39		%
Shrinkage xflow 60602mm 290℃ MPa mold temperature:80℃	ISO 294	0.93		%
Shrinkage flow 60602mm 120℃ 4hr	ISO 294	0.07		%
Shrinkage xflow 60602mm 120℃ 4hr	ISO 294	0.13		%
Water absorption 23℃ saturation in water	ISO 62	5.5		%
Water absorption 23℃ 50RH equilibrium	ISO 62	2.0		%
Bulk density	ISO 60	700		kg/m³
Hardness	Standard	Dry	Wet	Unit
Ball indentation hardness	ISO 2039	220	120	N/m㎡
Mechanical behavior	Standard	Dry	Wet	Unit
Tensile modulus 1.0mm/min	ISO 527	10000	6000	MPa
Tensile strength break 5mm/min	ISO 527	175	110	MPa
Flexural strength 2.0mm/min	ISO 178	270	180	MPa
Flexural strength 3.5%strain 2.0mm/min	ISO 178	265	150	MPa
Flexural modulus 2.0mm/min	ISO 178	9200	5700	MPa
Flexural strain 2.0mm/min	ISO 178	4.0	6.0	%
Izod notch impact 23℃	ISO 180	10	15	kJ/㎡
Izod notch impact -30℃	ISO 180	10	10	kJ/㎡
Izod un-notch impact 23℃	ISO 180	60	80	kJ/㎡
Izod un-notch impact -30℃	ISO 180	55	60	kJ/㎡
Charpy notch impact 23℃ 1eA	ISO 179	10	14	kJ/㎡
Charpy notch impact -30℃ 1eA	ISO 179	10	10	kJ/㎡
Charpy notch impact -30℃ 1eA	ISO 179	10	10	kJ/㎡
Charpy un-notch impact 23℃	ISO 179	75	85	kJ/㎡
Charpy un-notch impact -30℃	ISO 179	60	60	kJ/㎡
Puncture resistance maximum force 23℃	ISO 6603	900	1160	N
Puncture resistance maximum force -30℃	ISO 6603	800		N
Puncture resistance energy 23℃	ISO 6603	2.8	5.4	J
Puncture resistance energy -30℃	ISO 6603	2.3		J
Thermal	Standard	Value		Unit
Heat deflection temperature (HDT) 1.8MPa	ISO 75	242		℃
Heat deflection temperature (HDT)0.45MPa	ISO 75	250		℃
Vicat softening temperature 120℃/hr 50N	ISO 306	250		℃
Vicat softening temperature 50℃/hr 50N	ISO 306	230		℃
Melt temperature 10℃/min	ISO 11357	263		℃
CLE flow 23~55℃	ISO 11359	3E-5		m/m/K
CLE xflow 23~55℃	ISO 11359	9E-5		m/m/K
Electrical properties	Standard	Dry	Wet	Unit
Volume resistivity	IEC 60093	1E+13	1E10	Ω·cm
Surface resistivity	IEC 60093	1E+15	1E+13	Ω
Dielectric strength 1.0mm	IEC 60243	35	30	KV/mm
Dielectric constant 100Hz	IEC 60250	4.0	12
Dielectric constant 1MHz	IEC 60250	4.0	4.0
Dissipation factor 100Hz	IEC 60250	0.012	0.27
Dissipation factor 1MHz	IEC 60250	0.019	0.08
CTI solution A	IEC 60112	475		V
Flammability	Standard	Value		Unit
Flame rating all color 0.75mm	UL94	HB
Flame rating all color 1.5mm	UL94	HB
Flame rating all color 3.0mm	UL94	HB
Flame rating all color 6.0mm	UL94	HB
GWFI 0.75mm	IEC 60695	700		℃
GWFI 1.5mm	IEC 60695	700		℃
GWFI 3.0mm	IEC 60695	700		℃
Limiting oxygen index method A	ISO 4589	23		%
Injection molding	Standard	Value		Unit
Dry temperature		80		℃
Dry time		2~6		hr
Water content control		≤0.12		%
Melt temperature		280~300		℃
Mould temperature		80~120		℃