High temperature resistant nylon PA6

Product Item : 6
Category： PA6 Resin
INQUIRY EMAIL

The application of PA6 in industry Polyamide glass fiber reinforced material can be added with glass fiber content in the range of 5-60% according to the characteristics of the product. This kind of material has good strength, heat resistance, excellent impact resistance, good dimensional stability and low warpage.

The application of PA6 in the automotive field Reinforced polyamide composite materials for interior and exterior parts of automobiles have weather resistance, good paint performance and outstanding performance effects. In order to meet the requirements for use in interior and exterior decoration, reinforced polyamide materials should have the following require:

1). High heat resistance, long-term use;

2). The combination of rigidity and toughness;

3). Be able to meet the continuous changes of strong temperature and humidity and withstand huge strain;

4). Dimensional stability, with anti-warping effect;

5). High surface quality, smooth surface.

Engine peripheral components automobiles use reinforced polyamide composite materials to manufacture engine peripheral components, such as intake manifolds, engine covers, etc., which can replace traditional metal materials. In order to meet the requirements for use in engine peripheral components, polyamide materials should have the following advantages:

1).Strength and toughness, to meet the mechanical properties of structural components;

2). Heat resistance, can be used continuously at a temperature up to 130°C;

3). Long-term fatigue resistance, good performance after heat aging;

4). Dimensional stability, with anti-warping effect;

5). Good surface effect, no floating fiber;

6). Good oil resistance and excellent performance.

performance item		test condition [status]	testing method	Test Data	data unit
Mechanical behavior	Tensile creep modulus	1h	ISO 899-1	5100	MPa
	yield stress	50mm/min	ISO 527-1 -2	170(100)	MPa
	yield stress	1000h	ISO 899-1	4100	MPa
	Bending strength	2mm/min	ISO 178	270(160)	MPa
	Tensile modulus	1mm/min	ISO 527-1 -2	9500(5900)	MPa
	IZOD notched impact strength	-30℃	ISO 180-1A	＜10	kJ/m2
	CHARPY notched impact strength	23℃	ISO 179-1eA	10(20)	kJ/m2
	CHARPY notched impact strength	-30℃	ISO 179-1eA	＜10	kJ/m2
	melting temperature	10K/min	ISO 11357-1 -3	222	℃
thermal performance	Temperature Index (Tensile Strength)	20000h	IEC 60216-1	145	℃
	Heat Deflection Temperature - Method Af	1.80MPa	ISO 75-1 -2	～200	℃
	Heat Deflection Temperature - Method Cf	8.00MPa	ISO 75-1 -2	～120	℃
physical properties	Water absorption (balance value)	23℃/50%relative humidity	ISO 62	～2.1
	Melt index (volume)	260℃；2.16kg	ISO 1133	14	cm3/10min
	Water absorption (saturation value)	water，23℃	ISO 62	～7
	density		ISO 1183	1.36	g/cm3