Composites PLA

Composites PLA

Composite PLA filaments encompass various PLA materials infused with powders or fibers, hence their designation as composites.

Using PLA as the base for these composite filaments ensures ease of use. Among these PLA Composites, you'll find additions like wood fibers, flax, metal powders, carbon, and more.

The appeal of these composite 3D printing filaments lies in providing a texture, finish, and appearance distinct from standard plastics. For instance, wood PLA simulates the hue of wood thanks to these additives, while also benefiting from fiber reinforcement. In contrast, metal fillers tend to make the final result more brittle but, after sanding, reveal a shine and a pleasantly surprising weight.

Incorporating these composite powders into your filament spools also significantly reduces the layer effect inherent to FDM printer technology.

Choosing these PLA composites requires some hardware and software adjustments. It's recommended to use a nozzle diameter greater than 0.5 mm to minimize the risk of clogging smaller nozzles.

Particularly for metal-filled filaments, using a hardened steel nozzle is advisable. Additionally, printing with a layer thickness below 0.2 mm is riskier.

Apart from these recommendations, these filaments are accessible to all, don't require a specific 3D printer, and are generally easy to use. To enhance your models, decorations, or everyday objects, consider trying these aesthetically pleasing filaments.

PLA Wood vs. PLA Flax: What's the Difference?

Two natural fibers for two distinct purposes. The PLA Flax variant from manufacturer Nanovia focuses more on the mechanical and medical performance of the composite, while the PLA Wood filaments emphasize visual appeal over these aspects.

Why Choose Composite or Filled PLA Filament?

For the unique appearance offered by combining this bioplastic with these powders. Your 3D prints will no longer look as "plastic" with these modern-looking composite versions.