Select your fitting and find the right compound for your intend
AKROLOYĀ®
PARA GF 35 FR black (7496)
PARA GF35 FR(40)
AKROLOYĀ® PARA GF 35 FR black (7496) - PARA, 35% GF, highest modulus and strength, flame retardant, very good flowability, good surface, low creep.
14.500MPa
190MPa
55kJ/mĀ²
AKROLOYĀ® PARA GF 35 FR black (7496) - PARA, 35% GF, highest modulus and strength, flame retardant, very good flowability, good surface, low creep.
AKROLOYĀ®
PARA GF 35 FR grey (8200)
PARA GF35 FR(40)
AKROLOYĀ® PARA GF 35 FR grey (8200) - PARA, 35% GF, highest modulus and strength, flame retardant, very good flowability, good surface, low creep, RAL 7035.
14.500MPa
190MPa
50kJ/mĀ²
AKROLOYĀ® PARA GF 35 FR grey (8200) - PARA, 35% GF, highest modulus and strength, flame retardant, very good flowability, good surface, low creep, RAL 7035.
AKROMIDĀ®
B28 GF 60 1 natural (4775)
PA6 GF60
AKROMIDĀ® B28 GF 60 1 natural (4775) - 60% glass fiber reinforced, PA 6, heat stabilised, easy flow
22.000MPa
260MPa
100kJ/mĀ²
AKROMIDĀ® B28 GF 60 1 natural (4775) - 60% glass fiber reinforced, PA 6, heat stabilised, easy flow
AKROMIDĀ®
A3 GF 30 8 HU black (8112)
PA66 GF30
AKROMIDĀ® A3 GF 30 8 HU black (8112) - PA 6.6, 30% glass fibre, heat ageing resistant, high rigidity and strength, UL HB all colors listed, NSF 61, WRAS, EU10/2011
10.500MPa
200MPa
75kJ/mĀ²
AKROMIDĀ® A3 GF 30 8 HU black (8112) - PA 6.6, 30% glass fibre, heat ageing resistant, high rigidity and strength, UL HB all colors listed, NSF 61, WRAS, EU10/2011
AKROMIDĀ®
B3 GF 30 RM-M black (3016)
PA6+X GF30
AKROMIDĀ® B3 GF 30 RM-M black (3016) - 30% glass fiber reinforced PA 6, reduced moisture absorption, for technical applications where high dimensional stability is required
11.000MPa
165MPa
70kJ/mĀ²
AKROMIDĀ® B3 GF 30 RM-M black (3016) - 30% glass fiber reinforced PA 6, reduced moisture absorption, for technical applications where high dimensional stability is required
AKROMIDĀ®
C3 GF 35 1 black (4668)
PA66+PA6 GF35
AKROMIDĀ® C3 GF 35 1 black (4668) - 35% glass fiber reinforced PA 6.6/6 blend, heat stabilised, technical parts in industrial engineering and automotive industry
11.500MPa
200MPa
95kJ/mĀ²
AKROMIDĀ® C3 GF 35 1 black (4668) - 35% glass fiber reinforced PA 6.6/6 blend, heat stabilised, technical parts in industrial engineering and automotive industry
AKROMIDĀ®
C3 GF 30 5 XTC black (4686)
PA66+PA6 GF30
AKROMIDĀ® C3 GF 30 5 XTC black (4686) - PA6.6/6 blend, 30% glass fiber reinforced, high heat stabilised, industrial engineering, automotive industry
9.500MPa
185MPa
95kJ/mĀ²
AKROMIDĀ® C3 GF 30 5 XTC black (4686) - PA6.6/6 blend, 30% glass fiber reinforced, high heat stabilised, industrial engineering, automotive industry
AKROMIDĀ®
AKROMIDĀ® B28 LGF 40 1 L black (6155) is an easy flowing PA6/PP-blend with reduced density compared to standard PA6 LGF 40. With 40% long glass fiber reinforcement the material is suitable for components with extraordinary high stiffness and strength even at high temperature and very high impact and notched impact strength at elevated and low temperature, where weight reduction is required at the same time. B28 LGF 40 1 L black (6155) distinguish due to isotropic mechanical properties, low shrinkage, higher heat deflection temperature and very good fatigue performance. The material has very good surface properties.
Features
Properties
12.000MPa
200MPa
100kJ/mĀ²
ISO 527-2
ISO 527-2
ISO 527-2
ISO 178
ISO 178
ISO 179-1/1eU
ISO 179-1/1eA
ISO 75
ISO 75
ISO 11357-3
ISO 11359-1/2
ISO 1183
ISO 1110
ISO 294-4
AKRO
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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