zytel htn51g25hsl high temperature polyamide

Celanese Zytel HTN 51G35HSL NC010 PPA | GF35

Material attribute: ·35% Glass fiber reinforced ·Heat stabilized

Package: 25 KG/Bag

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Celanese Zytel HTN 51G35HSL NC010 PPA Description

Zytel HTN51G35HSL is a high-performance polyamide material manufactured by Celanese Corporation, also known as"PPA material."This material is reinforced with 35% glass fiber and offers high strength, high-temperature resistance, and hydrolytic resistance.

The Zytel HTN 51G35 PPA material we supply is available in two standard colors: Zytel HTN 51G35HSL NC010—natural; and Zytel HTN 51G35HSL BK010—opaque black.

As shown in the image on the left, due to its 40% glass fiber content, Zytel HTN 51G35HSL BK010 has a noticeably rough surface and a cylindrical shape. Please contact us if you require a custom color.👉+86 15837933829

Celanese Zytel HTN51G35HSL NC010 PPA Advantage

High temperature nylon, Zytel HTN51G35HSL is a high-temperature polyamide that offers superior heat resistance compared to conventional nylon materials, The deflection temperature under a load of 0.45 MPa reaches 280°C, and the melt temperature reaches 300°C, far exceeding that of conventional engineering plastics, suitable for automotive motors, engines, fuel systems, and mechanical engineering components that require high-temperature resistance.
GF35 PA. Zytel HTN 51G35HSL contains 35% glass fiber reinforcement, giving it higher rigidity, strength, heat resistance, and dimensional stability compared to conventional nylon materials. Its tensile modulus reaches 12 GPa, its flexural modulus reaches 10 GPa and its modulus shrinkage averages only 0.4%, making it particularly suitable for applications requiring high load-bearing capacity and the machining of precision components.

Why choose Baiyou as Celanese Zytel HTN 51G35HSL NC010 PPA supplier?

Leading heat nylon supplier (PPA 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

Celanese Zytel HTN 51G35HSL NC010 PPA
Product information
Manufacturer		Celanese corporation
Other Certificates		MSDS
Part Marking Code		>PPA material<
Color		·Natural color ·Black
Material Shape		PPA Pellets
Process		Injection molding
Features		·GF35 reinforced ·High temperature resistance
Additives		Lubricant
Physical properties	Standard	Value		Unit
Density	ISO 1183	1470		kg/m³
Density of melt	Internal method	1230		kg/m³
Humidity absorption, 2 mm	ISO 62	1.4		%
Water absorption, 2 mm	ISO 62	4.0		%
Moulding shrinkage, parallel	ISO 294	0.2		%
Moulding shrinkage, normal	ISO 294	0.6		%
Mechanical behavior	Standard	Dry	Wet	Unit
Tensile modulus	ISO 527	12000	12000	MPa
Stress at break, 5 mm/min	ISO 527	210	210	MPa
Strain at break, 5 mm/min	ISO 527	2.4	2.2	%
Tensile creep modulus, 1h	ISO 899		11000	MPa
Tensile creep modulus, 1000h	ISO 899		9500	MPa
Flexural modulus	ISO 178	10000	10000	MPa
Flexural strength	ISO 178	300	290	MPa
Hardness, rockwell, M-scale	ISO 2039	108		MPa
Hardness, rockwell, R-scale	ISO 2039	124		MPa
Impact	Standard	Value		Unit
Charpy impact strength, 23℃	ISO 179/1U	60	55	kJ/㎡
Charpy impact strength, -30℃	ISO 179/1U	60	50	kJ/㎡
Charpy notched impact strength, 23℃	ISO 179/1U	11	11	kJ/㎡
Charpy notched impact strength, -30℃	ISO 179/1U	10	10	kJ/㎡
Charpy notched impact strength, -40℃	ISO 179/1U	11	-	kJ/㎡
Izod notched impact strength, 23℃	ISO 179/1U	11	11	kJ/㎡
Izod notched impact strength, -30℃	ISO 179/1U	10	10	kJ/㎡
Izod impact strength, -30℃	ISO 179/1U	50	40	kJ/㎡
Poission's ratio	ISO 2039	0.33	0.33
Thermal	Standard	Value		Unit
Melting temperature, 10 ℃/min	ISO 11357	300		°C
Melting temperature, first heat	ISO 11357	300		°C
Thermal conductivity of melt	Internal method	0.25		W/m·℃
Spec. heat capacity of melt	Internal method	1840		J/kg K
Vicat softening temperature, 50℃/h 50N	ISO 306	290		℃
Coeff. of linear therm. expansion, parallel, -40-23℃	IEC 11359	18		E-6/K
Coeff. of linear therm. expansion, parallel	IEC 11359	18		E-6/K
Coeff. of linear therm. expansion, normal, -40-23℃	IEC 11359	18		E-6/K
Coeff. of linear therm. expansion, normal	IEC 11359	18		E-6/K
Electrical	Standard	Value		Unit
Volume resistivity	IEC 60093	>1E13		Ohm.m
Surface resistivity	IEC 60093	1E14		Ohm.
Comparative tracking index	IEC 60112	600
Electric strength	IEC 60243-1	36		kV/mm
Relative permittivity,100Hz	IEC 62631	4
Relative permittivity,1MHz	IEC 62631	4
Dielectric constant, 1 GHz	ASTM D2520 B	3.9
Dissipation factor, 1 GHz	ASTM D2520 B	0.012
Flame retardant	Standard	Value		Unit
UL recognized, 94HB Flame Class Rating	UL 94	0.85		mm
UL recognized, 94HB Flame Class Rating 2nd value	UL 94	1.5		mm
Glow wire flammability index 750℃, passes at	IEC 60695-2-12	0.75		mm
Glow wire flammability index 750℃, passes at	IEC 60695-2-12	1.5		mm
Glow wire flammability index 960℃, passes at	IEC 60695-2-12	3.0		mm
Glow wire ignition 775℃, passes at	IEC 60695-2-12	1.5		mm
Glow wire ignition 800℃, passes at	IEC 60695-2-12	1.5		mm
FMVSS Class B, burning rate, thickness 1 mm	ISO 3795	23		mm/min
Oxygen index (LOI)	ISO 4589	24		%
Optical	Standard	Value		Unit
Light transmission, 2.54mm	ASTM D1003	88-90		%
Haze, 2.54mm	ASTM D1003	<0.8		%
Refractive index	ISO 489	1.586
VDA properties	Standard	Value		Unit
Odour	VDA 279	4
Injection molding guidance	Standard	Value		Unit
Drying temperature		100		℃
Drying time		6-8		hrs
Maximum moisture content		≤0.1		%
Melt temperature optimum		325		℃
Min melt temperatue		320		℃
Max melt temperatue		330		℃
Mold temperature optimum		150		℃
Min mould temperature		140		℃
Max mould temperature		180		℃