This filament, which has superior mechanical and thermal resistance, has a high temperature resistance of up to 75 to 85ºC after the thermal annealing process.

With this process, it can give rise to highly resistant parts that can be machined, being a perfect alternative to replace technical materials such as ABS.

The annealing process can be performed for 10 to 15 minutes in boiling water or in an oven at 100 to 110ºC.
If the part is to be processed by annealing, it must be printed with 100% filling and an additional 1% dimensional scale on all axes to compensate for shrinkage during the annealing process.

It allows the printing of high resolution and complex parts. It avoids the deformation of the parts and is useful for printing bridges without the need for means.
Due to its high mechanical properties of impact, flexion and traction, it is possible to obtain highly resistant parts.
Often used by industry for its excellent quality/price ratio.

Suitable for the most advanced and professional users as well as for those who are just starting out.

In addition, it presents mechanical and thermal properties similar to the ABS filament, becoming a alternative to materials of a styrenic nature. The filament has excellent properties for 3D printing: good adhesion to the printing bed, no bubbles, high precision of details, no clogging and no «tangling», as well as low warping, curling and low odor.

* This filament is not suitable for use in food or medical applications.

* A well-ventilated workplace is recommended.

* The data provided is for information only and in no way constitutes a legal guarantee regarding the properties and / or functionality of the application of the material.