Select your fitting and find the right compound for your intend
AKROMIDĀ®
T9 GF 15 S1 black (7820)
PPA-I GF15
AKROMIDĀ® T9 GF 15 S1 black (7820) is a 15% glass fibre reinforced, cold impact strength polyphthalamide with medium stiffness and strength, as well as high chemical resistance. The compound is based on PA9T and has lower moisture uptake than conventional PA6T variants. This leads to a significantly higher consistency of the glass transition temperature and higher strength at elevated temperatures especially in conditioned state.
5.000MPa
120MPa
73kJ/mĀ²
AKROMIDĀ® T9 GF 15 S1 black (7820) is a 15% glass fibre reinforced, cold impact strength polyphthalamide with medium stiffness and strength, as well as high chemical resistance. The compound is based on PA9T and has lower moisture uptake than conventional PA6T variants. This leads to a significantly higher consistency of the glass transition temperature and higher strength at elevated temperatures especially in conditioned state.
AKROMIDĀ®
B3 GF 25 1 black (2484)
PA6 GF25
AKROMIDĀ® B3 GF 25 1 black (2484) is a 25% glass fibre reinforced, heat stabilised polyamide 6 with high stiffness and strength and light inherent color.
8.500MPa
160MPa
85kJ/mĀ²
AKROMIDĀ® B3 GF 25 1 black (2484) is a 25% glass fibre reinforced, heat stabilised polyamide 6 with high stiffness and strength and light inherent color.
AKROMIDĀ®
A3 1 FR black (3051)
PA66 FR(30)
AKROMIDĀ® A3 1 FR black (3051) - PA6.6, unreinforced, flame retardant, UL-listed, E&E market.
3.500MPa
83MPa
70kJ/mĀ²
AKROMIDĀ® A3 1 FR black (3051) - PA6.6, unreinforced, flame retardant, UL-listed, E&E market.
AKROMIDĀ®
NEXT B3 GF 30 1 L CI black (8375)
PA6 + PP GF30
AKROMIDĀ® NEXT B3 GF 30 1 L CI schwarz (8375) - PA6/PP-Blend, biomass-balanced, 30% glass fibre, lower density, good chemical resistance.
8.800MPa
140MPa
70kJ/mĀ²
AKROMIDĀ® NEXT B3 GF 30 1 L CI schwarz (8375) - PA6/PP-Blend, biomass-balanced, 30% glass fibre, lower density, good chemical resistance.
AKROMIDĀ®
A3 GF 35 1 EN black (5300)
PA66 GF35
AKROMIDĀ® A3 GF 35 1 EN black (5300) is a 35% glass fibre reinforced, heat stabilised, electrical neutral polyamide 6.6 with high rigidity and strength
11.600MPa
215MPa
92kJ/mĀ²
AKROMIDĀ® A3 GF 35 1 EN black (5300) is a 35% glass fibre reinforced, heat stabilised, electrical neutral polyamide 6.6 with high rigidity and strength
AKROMIDĀ®
B3 GF 50 black (2939)
PA6 GF50
AKROMIDĀ® B3 GF 50 black (2939) - 50% glass fiber reinforced PA 6, technical parts in industrial engineering and automotive industry
17.000MPa
240MPa
100kJ/mĀ²
AKROMIDĀ® B3 GF 50 black (2939) - 50% glass fiber reinforced PA 6, technical parts in industrial engineering and automotive industry
AKROLOYĀ®
PA GF 50 grey (3807)
PA66 + PA6I/6T GF50
AKROLOYĀ® PA GF 50 grey (3807) is a 50% glass fibre reinforced, semi-aromatic polyamide blend with very high stiffness and strength.
17.200MPa
250MPa
105kJ/mĀ²
AKROLOYĀ® PA GF 50 grey (3807) is a 50% glass fibre reinforced, semi-aromatic polyamide blend with very high stiffness and strength.
AKROMIDĀ®
AKROMIDĀ® B3 CGM 6/20 black (4362) is a 20% glass fiber and 6% carbon fiber reinforced polyamide 6. The compound impresses with its electrical conductivity and has high rigidity and strength. It is therefore ideally suited for applications in the automotive sector and industry.
Features
Properties
11.000MPa
175MPa
60kJ/mĀ²
ISO 527-2
ISO 527-2
ISO 527-2
ISO 179-1/1eU
ISO 11357-3
UL 94
IEC 60695-2-12
FMVSS 302
ISO 1183
ISO 294-4
DIN EN IEC 62631-3-2
DIN EN 62631-3-2
Disclaimer
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. AKROĀ®, AKROMIDĀ®, AKROLENĀ®, AKROLOYĀ®, AKROTEKĀ®, ICXĀ® and PRECITEĀ® are registered trademarks of the Feddersen Group.
Contact
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