Quality Scores

Mechanics

Thermal

Chemical

UV ageing

Injection moulding difficulty

Recycling

Performance profile

Mechanical properties

Propriétés mécaniques de PET (Polyéthylène téréphtalate) – fibres de carbone
Density	1.36 g/cm³
Charpy notched impact	8 kJ/m2
Flexural modulus	11100 MPa
Flexural resistance	210 MPa
Tensile modulus	2820 to 25000 MPa ISO 527-1
Tensile resistance	170 MPa
Tensile strain	1.5 %

Chemical resistance and characteristics

Chemical resistance

Le PET présente une bonne résistance aux acides dilués, alcools et huiles minérales à T° ambiante. Sensible à l'hydrolyse en milieu acide ou basique à chaud. Dégradation progressive par les UV sans stabilisants. Le PETG est plus résistant au stress-cracking chimique.

Recommended applications

Film
General purpose
Containers
Packaging
Sacs
Réservoirs
Emballage alimentaire
Industrial applications
Film soufflé
Tuyauterie

Frequently asked questions

Implementation — Plastic injection

Recycling & Sustainability

🍽️ Food Contact & Certifications

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

Technical data sheet

Acronym	PET
Family	PET
Reinforced	carbon fibres
Process	Injection Moulding
Standards	UL94 HB, RoHS, FDA
UL94	HB

🌡️ Thermal data

Telegram	76 °C
Tm	255 °C
HDT 0.45 MPa	105 °C
Range of use	-40 °C → 90 °C
Temperature transformation	265 °C → 290 °C
Injection removal	0.1 % → 0.3 %