This material is a polyamide filled with fiberglass. It has the same advantages as conventional polyamide and also offers better thermal resistance.
High rigidity and tensile force, withstands high temperature 110 ° C.
Has anisotropic mechanical properties (such as injected materials loaded with fibers).

- Functional prototypes and end-use parts requiring high rigidity and / or high resistance at high temperatures.
- Structural components of unmanned aircraft (UAV).
- Cases and boxes, turbines, connectors and sporting goods for the general public.
Functional prototypes can be tested in their real environment. Complex end-use parts can be produced economically in small or medium batches.
Excellent results in applications requiring good resistance to high thermal loads.
| Densité du PAGF12 | 1,22 +/- 0,03 g/cm³ |
| Force de traction du PAGF12 | 51 +/- 3 MPa (DIN en ISO527) |
| Module de traction du PAGF12 | 3.200 +/- 200 MPa (DIN en ISO527) |
| Allongement à la rupture du PAGF12 | 6 +/- 3 % (DIN en ISO527) |
| Résistance à la flexion du PAGF12 | 41 MPa (D790) |
| Résistance au choc (Charpy)du PAGF12 | 35 +/- 6 kJ/m² (DIN en ISO179) |
| Résistance au choc entaillé (Charpy) du PAGF12 | 5,4 +/- 0,6 kJ/m² (DIN en ISO179) |
| Dureté Shore D/A du PAGF12 | D 80 +/- 2 (DIN 53505) |
| Température de fléchissement du PAGF12 | 10 ºC ASTM D648 (1,82MPa) |