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ePLA Matt Water Blue - 1Kg

PLA FormFutura


27,48 € TTC
-
1
+
Reference :
PLAF8702
Brand :
FormFutura
Recommended nozzle temperature :
200C
Difficulty :
Easy
Suggested tray temperature :
45C
Rendering :
Good
Nozzle type :
All
Tray adhesion :
Normal
Color :
Blue Blue
Tray setup :
Lacquered tray
Material :
PLA - (PolyLactic Acid)
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PLA filament (Poly-Lactic Acid) is a lightweight and durable engineering thermoplastic, which offers a quality alternative to other plastics traditionally used for 3D printing, standard PLA and ABS. It combines the ease of printing of the PLA filament and the mechanical characteristics of the ABS filament.

Easy printing & mechanical resistance
PLA-HI is an easy-to-print filament. Its regularity prevents blockage of the nozzle during printing. Its printing does not require a heating plate.
Visual quality: excellent room quality and surface finish. Postproduction is easy, but not necessary, given the quality of rendering.
Better mechanical resistance
The OWA PLA-HI is more impact resistant than ABS, while maintaining the ease of printing a PLA. Our formulation modifications give the PLA-HI a tensile modulus and a percentage of elongation comparable to those of ABS while maintaining its ease of printing. Environmental responsibility and more.

The PLA-HI is the ideal filament for creating parts such as functional prototypes or spare parts, for model making, architectural models.

OWA 3D coils and filaments are made from upgraded plastics, such as used ink cartridges, collected and recycled by ARMOR. In combination with a collection service, PLA-HI OWA 3D coils and filaments are designed to be fully recycled after use.

The filament coils are 100% composed of upgraded used toner cartridges. PLA-HI is derived from natural materials such as corn starch or cane sugar, so it is biodegradable.

Tested and approved: PLA-HI OWA is a safe material
ARMOR measured VOC (Volatile Organic Compounds) emissions when using its PLA-HI OWA filaments. The study proves that OWA 3D filaments pose no risk to health under normal conditions of use.


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