PP Copolymer (Polypropylene homopolymer) – glass fibres + mineral filler

Polypropylene + Glass Fibre + Mineral Filler

PP Copolymère (Polypropylène homopolymère) – fibres de verre + charge minérale

Commodity Plastics

Reinforced GlasfiberMineral

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Transparent Food Contact Recycled Biobased flame-retardant UV resistant

This material meets the criteria ~ Specialized grades may meet this criteria

Quality Scores

Mechanics
Thermal
Chemical
UV ageing
Injection moulding difficulty
Recycling

Performance profile

Mechanical properties

Propriétés mécaniques de PP Copolymère (Polypropylène homopolymère) – fibres de verre + charge minérale
Density1.06 to 1.25 g/cm³ ASTM D792
Charpy notched impact10 kJ/m2
Flexural modulus3500 to 6700 MPa ISO 178
Flexural resistance120 MPa
Tensile modulus7400 MPa
Tensile resistance42.7 to 70.9 MPa ASTM D638
Tensile strain3.0 to 5.1 % ASTM D638, Break

Chemical resistance and characteristics

Chemical resistance

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Recommended applications

  • Automotive Applications
  • Industrial applications
  • Home appliances
  • Electrical/Electronic Applications
  • Consumer applications
  • General purpose
  • Household
  • Containers
  • Interior parts for automotive
  • Packaging

Frequently asked questions

Hybster Engineering Consultancy

Hybster Team

Hybster Engineering Team

Design Office – Plastics Design & Engineering

The Hybster Design Office brings together the company's plastic engineering, mechanical, and industrialisation engineers. The team supports projects from the ideation phase through to series validation, incorporating Design For Manufacturing (DFM), rheological simulation, material selection, and mould design. It serves the automotive, electronics, electrical, EV charging, and industrial sectors.

Injection moulded part design DFM Simulation Moldflow Subject choice Moulds for conception ISO 20457 Tolerancing
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