PRET PPA X6T5120 GF35-LW PPA+GF35 compound
By Shanghai PRET Composites Co., Ltd.
PPA X6T5120 GF35-LW. Injection-moulding compound for automotive and electrical/electronic applications. Density: 1.48 g/cm³; Tensile strength at maximum load: 200 MPa.
Specifications
| Attribute | Value | Conditions | Source |
|---|---|---|---|
| Density | 1.48 g/cm³ | ISO 1183-1; 23 °C; typical reference value. | PRET PPA X6T5120 GF35-LW original technical datasheet |
| Tensile strength at maximum load | 200 MPa | ISO 527-2; 5 mm/min; typical reference value. | PRET PPA X6T5120 GF35-LW original technical datasheet |
| Flexural strength | 290 MPa | ISO 178; 2 mm/min; typical reference value. | PRET PPA X6T5120 GF35-LW original technical datasheet |
Sources and updates
Scope of this page: Exact grade identity and material type follow the original issued PDF, including its historical 2018/2022 version where stated; no present stock or unchanged current formulation claimed. Values are laboratory typical data for reference, not minimum performance specifications or design guarantees. Colour and stock-shape choices are not separate products. No flammability, food-contact, medical, automotive OEM approval or certification claim adopted. The original issuer is Shanghai PRET Bantai material(s) technology Co., Ltd.; this grade is linked within PRET’s official parent portfolio and is not claimed to be manufactured by the parent’s Shanghai plant.
PRET PPA X6T5120 GF35-LW original technical datasheet
Original publication · Shanghai PRET Bantai material(s) technology Co.,Ltd.
Source accessed: 27 October 2026
PRET official parent product portfolio linking original datasheet
Original publication · Shanghai PRET Composites Co., Ltd.
Parent-portfolio association and public original PDF link only; exact identity, application and numeric data follow the original PDF. Landing labels are not assumed equivalent if different.
Source accessed: 27 October 2026
Content updated 28 October 2026. Source dates describe the documents or the recorded access to them.
How information is documented