Select your fitting and find the right compound for your intend
PRECITE®
E GF 50 natural (7300)
PET GF50
PRECITE® E GF 50 natural (7300) - PET, 50% glass fibre, very high stiffness, very high toughness, elevated temperature, good surface, dimensional stability, metal replacement, automotive, E&E, household.
18.100MPa
220MPa
70kJ/m²
PRECITE® E GF 50 natural (7300) - PET, 50% glass fibre, very high stiffness, very high toughness, elevated temperature, good surface, dimensional stability, metal replacement, automotive, E&E, household.
PRECITE®
P3 GF 40 black (7591)
PBT GF 40
PRECITE® P3 GF 40 black (7591) is a 40% glass fibre reinforced, medium viscous polybutylene terephthalate (PBT) with very high stiffness and toughness as well as high dimensional and chemical resistance.
13.000MPa
165MPa
70kJ/m²
PRECITE® P3 GF 40 black (7591) is a 40% glass fibre reinforced, medium viscous polybutylene terephthalate (PBT) with very high stiffness and toughness as well as high dimensional and chemical resistance.
AKROMID®
B3 ICF 30 AM black (7451)
PA6 CF30
AKROMID® B3 ICF 30 AM black (7451) is a 30% carbon fibre reinforced polyamide 6 with high flexural strength and good sliding properties as well as optimised viscosity. It is suitable for a stable additive manufacturing process (3D Printing) at fast production speeds.
20.000MPa
190MPa
45kJ/m²
AKROMID® B3 ICF 30 AM black (7451) is a 30% carbon fibre reinforced polyamide 6 with high flexural strength and good sliding properties as well as optimised viscosity. It is suitable for a stable additive manufacturing process (3D Printing) at fast production speeds.
PRECITE®
P3 GF 30 9 FR natural (8053)
PBT GF30 FR(40)
PRECITE® P3 GF 30 9 FR natural (8053) - PBT, 30% glass fiber, flame retardant, high stiffness and strength, good long-term heat-aging, E-Mobility, E&E industry.
10.500MPa
122MPa
50kJ/m²
PRECITE® P3 GF 30 9 FR natural (8053) - PBT, 30% glass fiber, flame retardant, high stiffness and strength, good long-term heat-aging, E-Mobility, E&E industry.
AKROMID®
B3 GF 50 6 black (20028)
PA6 GF50
AKROMID® B3 GF 50 6 black (20028) is a 50% glass fibre reinforced, inorganic high temperature stabilised polyamide 6 with very high stiffness and strength
16.000MPa
200MPa
85kJ/m²
AKROMID® B3 GF 50 6 black (20028) is a 50% glass fibre reinforced, inorganic high temperature stabilised polyamide 6 with very high stiffness and strength
AKROMID®
D3 GF 30 1 LT black (5391)
PA612 GF30
AKROMID® D3 GF 30 1 LT black (5391) - PA 6.12, glass fiber, laser-transparent,connector
9.200MPa
170MPa
85kJ/m²
AKROMID® D3 GF 30 1 LT black (5391) - PA 6.12, glass fiber, laser-transparent,connector
AKROMID®
B3 GF 45 1 black (5744)
PA6 GF45
AKROMID® B3 GF 45 1 black (5744) is a 45% glass fibre reinforced, heat stabilised polyamide 6 with very high rigidity and strength
14.000MPa
200MPa
110kJ/m²
AKROMID® B3 GF 45 1 black (5744) is a 45% glass fibre reinforced, heat stabilised polyamide 6 with very high rigidity and strength
AKROMID®
AKROMID® B3 GF 50 black (2939) is a 50% glass fiber reinforced polyamide 6. It is characterised by a very high stiffness and strength. Therefore, the material is perfectly suitable for technical parts in industrial engineering and in the automotive industry.
Properties
17.000MPa
240MPa
100kJ/m²
ISO 527-2
ISO 527-2
ISO 527-2
ISO 178
ISO 178
ISO 179-1/1eU
ISO 179-1/1eA
ISO 2039-1
ISO 75
ISO 75
ISO 75
ISO 11357-3
ISO 11359-1/2
IEC 60216
UL 94
IEC 60695-2-12
FMVSS 302
ISO 1183
ISO 1110
ISO 62
ISO 294-4
DIN EN IEC 62631-3-2
DIN EN 62631-3-2
IEC 60112
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. AKRO®, AKROMID®, AKROLEN®, AKROLOY®, AKROTEK®, ICX® and PRECITE® are registered trademarks of the Feddersen Group.
Contact
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