Polyamide 6 with 50 % glass fibre (PA 6 GF50)



We use this material in the following process(es):


  • Injection moulding.
    Injection moulded parts up to 16000 g
  • Thermoplastic structure foaming (TSF).
    Multi functional parts and housings up to 16 kg


General properties
Material number 1115
Density ISO 1183 1,55 g/cm³
Transparency op
Condition of the test specimen dry / luftfeucht

Mechanical properties
Stress at yield ISO 527 – MPa
Tensile strength ISO 527 220 / 150 MPa
Elongation at break ISO 527 2 / 3 %
Tensile modulus ISO 527 15000 / 11000 MPa
Tensile creep modulus (0,5% 1000h) ISO 899-1 - / 7400 MPa
Flexural strength ISO 178 320 / 280 MPa
Flexural fatigue strength (107 cycles) ASTM D671 35 MPa
Ball pressure hardness ISO 2039-1 280 / 210 MPa
Standard for ball pressure hardness H961 / 30
Hardness Shore (A/D) or Rockwell (R/L/M) ISO 868, ISO 2039-2 – -
Izod impact strength 23 °C ISO 180/1C – KJ/m²
Izod impact strength -30 °C ISO 180/1C – KJ/m²
Izod notched impact strength 23 °C ISO 180/1A 20 / 24 KJ/m²
Izod notched impact strength -30 °C ISO 180/1A – KJ/m²
Charpy impact strength 23 °C ISO 179/1eU 90 / 100 KJ/m²
Charpy impact strength -30 °C ISO 179/1eU 90 / - KJ/m²
Charpy notched impact strength 23 °C ISO 179/1eA 19 / 27 KJ/m²
Charpy notched impact strength -30 °C ISO 179/1eA 14 / - KJ/m²
Izod notched impact strength 23 °C ISO 180/4A – J/m
Izod notched impact strength -40 °C ISO 180/4A – J/m
Friction against steel without lubrication – -
Abrasion relative to pressure – (µm/km)/MPa

Electrical properties
Dielectric constant 50 Hz IEC 60250 – -
Dielectric constant 1 MHz IEC 60250 4,2 / 6,1 -
Dissipation factor 50 Hz IEC 60250 140 / 2400 10-4
Dissipation factor 1 MHz IEC 60250 140 / 1400 10-4
Dielectric strength IEC 60243-1 20 kV/mm
Thickness for electric strength 1,6 mm
Volume resistivity IEC 60093 1E13 / 1E10 Ω · m
Surface resistivity IEC 60093 1E13 / 1E10 Ω
Comparative tracking index IEC 60112 450 -
Comparative tracking index CTI M IEC 60112 – -

Thermal properties
Thermal conductance ISO 22007 0,28 W/K m
Specific heat IEC 1006 1,30 J/g K
Linear thermal expansion along|cross to direction of flow ISO 11359 13 | 55 10-6/K
Melting point ISO 11357 220 °C
Heat distortion temperature A ISO 75 HDT/A (1,8 MPa) 215 °C
Heat distortion temperature B ISO 75 HDT/B (0,45 MPa) 220 °C
Vicat softening point A ISO 306 VST/A/50 (10 N) – °C
Vicat softening point B ISO 306 VST/B/50 (50 N) 220 °C
Short time use temperature 200 °C
Continuous use temperature 130 5) °C
Minimal use temperature -40 °C

Chemical properties
mineral oils +
Aliphatic hydrocarbons +
Aromatic hydrocarbons +
Petrol +
Weak mineral acids o
Strong mineral acids –
Weak organic acids o
Strong organic acids –
Oxidising acids –
Weak alkalis o
Strong alkalis –
Trichlorethylene +
Perchlorethylene +
Acetone +
Alcohol +
Hot water (hydrolysis resistance) o
UV-light and weathering o

Other properties
Humidity absorption at 23°C/50% ISO 62 1,5 %
Water absorption ISO 62 4,8 %
Flammability UL 94 IEC 60695-11-10 HB -
Thickness for UL 94 0,83 mm
Limiting oxygen index ISO 4589 21 %
Raw material –

Remarks


5): Thermal ageing UL 746 (RTI) Mechanical W/O Imp., 40000 h
na): not applicable
+: resistant
o): partly resistant
-: not resistant

This datasheet is a print-out of the material database RIWETA 4.2 and is intended for personal use only.

The figures in this datasheet are guide values. The values are affected by processing conditions, modifications, additives and environmental conditions and they do not release you from the obligation to check the validity and to undertake tests on your own. The information given is based on our state of knowledge. The material data is not to be construed as guaranteeing specific properties and the data can not be used to deduce the suitability for a particular application.

It remains the responsibility of the user of our products not to infringe patent rights and to comply with existing laws and regulations.

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