

ASA CF (Acrylonitrile Styrene Acrylate with Carbon Fiber) from Matersia is a technical filament developed for FGF/LFAM 3D printing, specifically designed for applications requiring high mechanical resistance, dimensional stability, and excellent outdoor performance. This material combines the properties of ASA polymer with the stiffness and lightness provided by the carbon fiber reinforcement, offering superior performance compared to pellets of standard materials.
ASA CF from Matsaria is compatible with large-format extruders for pellets, such as those from CEAD, as well as high-end 3D printers like Tumaker and PioCreat, allowing its use in large-scale additive manufacturing processes with precise and durable results.
Thanks to its resistance to UV rays, water, and extreme weather conditions, ASA CF is ideal for functional parts exposed to the outdoors, such as automotive components, parts for drones, sports accessories, and structural elements. The addition of carbon fiber not only improves the material's rigidity but also reduces its deformation and shrinkage, facilitating precise and stable printing.
This ASA CF pellet is an ideal option for those seeking durability, precision, and resistance, being especially valued in industrial and advanced engineering environments for its ability to withstand extreme conditions without deforming.
General information |
|
Manufacturer | Matersia |
Material | ASA |
Density | 1.24 g/cm³ |
Electrical properties |
|
Electrical conductivity | (ASTM D257) 4.10 S·cm-1 |
Mechanical properties |
|
Charpy impact strength | (ISO 179) 19.20 KJ/m² |
Elongation at break | (ISO527) X: 1.70 % | Z: 1.20 %| Injection: 1.90 % |
Tensile strength | (ISO527) X: 56 MPa | Z: 10 MPa | Injection: 70 MPa |
Tensile modulus | (ISO527) X: 5800 MPa | Z: 1200 MPa | Injection: 5700 MPa |
Thermal properties |
|
Softening temperature | (ISO 75) 92 ºC |
Softening temperature | (ISO 306) Vicat: 99 ºC | (ISO75) HDT: 92 ºC |
Processing temperature | 235 - 245 ºC |
Thermal expansion coefficient | XY: 7,4 ± 0,1 µm/m·oC | Z: 7,0 ± 0,3 µm/m·oC |
Thermal conductivity | (ASTM E1530) 0.18 W/m·K |
Other |
|
HS Code | 3901.1 |
For more information about this product, please refer to the Technical Data Sheet available in Attachments.