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Bio-based materials

Durable compounds with part of their feedstock from biomass, including bio-based polyamides, PC/PLA alloys, bio-based PE and plant-fiber-filled PP. Bio-based content is stated per project and confirmed by test reports.

Typical values; not for use as specifications

Durable compounds with part of their feedstock from biomass, including bio-based polyamides, PC/PLA alloys, bio-based PE and plant-fiber-filled PP. Bio-based content is stated per project and confirmed by test reports.

Bio-based materials: grades by heat resistance and strength

7 / 7 grades match

GF42130B35FR42130NB30GF43130B50GB07025B20FR07025NB20GL91011B80GF90420B20

Typical values; not for use as specifications

Grades by heat resistance and strength
GradeNameHeat deflection temperature (°C)ISO 75-1/-2, 1.80 MPaCharpy notched impact strength (kJ/m²)ISO 179-1/1eA, 23 °C; dryTensile strength (MPa)ISO 527-1/-2, dryFlammability rating
GL91011B80Bio-based PE injection-molding compound60–8018–30
GF90420B20Plant-fiber-filled PP60–753–625–35HB
FR07025NB20Bio-based halogen-free flame-retardant PC/PLA alloy75–925–2055–65V-0
GB07025B20Bio-based PC/PLA alloy80–1008–3055–65HB
GF43130B50Bio-based glass-fiber-reinforced PA610 (GF30)200–2159–14140–170HB
FR42130NB30Bio-based halogen-free flame-retardant glass-fiber-reinforced PA56210–2357–11130–160V-0
GF42130B35Bio-based glass-fiber-reinforced PA56 (GF30)220–2408–13150–185HB

Grades

Typical values; not for use as specifications

Selection criteria

  • Bio-based carbon content
  • Durable performance
  • Feedstock route

Contact us

Tell us about the part, material requirements, equipment and expected volume. We will recommend suitable grades and the validation data you need.