PA6 + PP LGF50
AKROMID® B28 LGF 50 1 L black (5928)
AKROMID® B28 LGF 50 1 L black (5928) is a 50% long glass fibre reinforced easy flowing polyamide 6 with extraordinary high stiffness and strength even at high temperature and very high impact and notched impact strength at elevated and low temperature as well as a reduced density compared to standard PA6 LGF 50. B28 LGF 50 1 L black (5928) distinguish due to isotrop mechanical properties, low shrinkage, higher heat deflection temperature and very good fatigue performance.
Technical components in the automotive and electronic industry, where a weight and cost reduction is required.
The listed values are recommendations. Higher values should be used for higher glass loadings. We recommend only de-humidifying or vacuum dryers. Extensive drying can cause filling problems and surface defects.
|Drying time||0 - 4 h|
|Drying temperature (τ ≤ -30°C)||80°C|
|Processing moisture||0,02 - 0,1%|
|Feed section||60 - 80°C|
|Temperature zone 1 - Zone 4||260 - 290°C|
|Nozzle temperature||270 - 300°C|
|Melt temperature||270 - 290°C|
|Mold temperature||80 - 100°C|
|Holding pressure, spec.||300 - 800 bar|
|Back pressure, spec.||10 - 30 bar|
|Injection speed||slow to medium|
|Screw speed||5 - 15 m/min|
Tensile modulus (1 mm/min | ISO 527-2) d.a.m. 14500 MPa
Stress at break (5 mm/min | ISO 527-2) d.a.m. 210 MPa
Strain at break (5 mm/min | ISO 527-2) d.a.m. 2,2 %
Charpy impact strength (23°C | ISO 179-1/1eU) d.a.m. 95 kJ/m²
Charpy notched impact strength (23°C | ISO 179-1/1eA) d.a.m. 38 kJ/m²
Temperature of deflection under load HDT/A (1,8 MPa | ISO 75) 218 °C
Glass transition temperature (DSC, 2nd heating | DIN EN 11357-1) 58 °C
Melting temperature (DSC, 10K/min | DIN EN 11357-1) 220 °C
Burning rate (UL 94) 1,6mm Wall thickness HB Class
Burning rate (<100 mm/min) (> 1 mm Thickness | FMVSS 302) +
Density (23°C | ISO 1183) 1,42 g/cm³
All specifications and information given on this website are based on our current knowledge and experience. A legally binding promise of certain characteristics or suitability for a concrete individual case cannot be derived from this information. The information supplied here is not intended to release processors and users from the responsibility of carrying out their own tests and inspections in each concrete individual case. AKRO®, AKROMID®, AKROLEN®, AKROLOY®, AKROTEK®, ICX® and PRECITE® are registered trademarks of the Feddersen Group.
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