ALGAE
ALGAE
ALGAE
ALGAE
ALGAE
ALGAE

ALGAE

Ref: ECES00NT0A075
20,62 €

SMARTFIL® ECO ALGAE is a material with a high concentration of spirulina, reaching 15% of its weight, giving it a superorganic appearance with a rustic and natural texture, distinguishing it from the conventional plastic appearance of PLA, which is difficult to estimate includes polymers. In its formulation, in addition to creating a strong green without using any pigment, it achieves a unique ECO sustainable filament on the market, which is also available in pellet format.

Taille
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  • M (750g)
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Dimensions
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  • 1.75 mm
  • 2.85 mm
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Qty

BIODEGRADABLE

COMPOSTABLE

APTO PARA TODAS LAS IMPRESORAS

 

Description

Smart Materials 3D, in its desire to create innovative and sustainable materials, developed the SMARTFIL® ECO ALGAE filament as part of a research project, a PLA material loaded with algae, specifically spirulina. The idea arose from the observation that algae are a renewable, abundant, and versatile source of biomass.

We decided to go one step further, and build a material with an ample load of spirulina, reaching 15% of its weight, which gives it a superorganic appearance, with a rustic and natural texture, taking it away from the conventional plastic appearance of PLA, which is rarely One would infer that it incorporates polymers in its formulation, in addition to attaining a vivid green without using any color, resulting in a sustainable ECO filament that is unique on the market, and it is also available in pellet format.

ALGAE filament is available in pellets for robotic arms as well as filaments for use in any PLA-compatible 3D printer. It has low shrinkage and strong layer adhesion. It is recommended to print at a temperature between 195 and 215 °C, a speed of 30 to 50 mm/s, and a 1mm nozzle.

Applications

Print Settings

Temperatura de impresión
195-220ºC
Velocidad de impresión
30-50mm/s
Temperatura de la cama
40-60ºC
Cámara cerrada
N/A
Ventilador
100%

Mechanical Properties

Values
Measurement unit
Standard
Mechanical Properties*
Plane XY
Plane ZX
Allongement en traction (jusqu'à rupture)
Plane XY1.5
Plane XY0.4
Measurement unit%
StandardISO 527
Allongement à effort maximum
Plane XY-
Plane XY-
Measurement unit%
StandardISO 527
Allongement à la flexion à la rupture
Plane XY3.1
Plane XY1.2
Measurement unit%
StandardISO 178
Dureté
Plane XY-
Plane XY-
Measurement unitShore D
StandardISO 7619-1
Force d'impact Charpy (pas d'encoche)
Plane XY-
Plane XY-
Measurement unitkj/M2
StandardISO 179
Module de flexion
Plane XY2604
Plane XY1724.7
Measurement unitMPa
StandardISO 178
Module de traction
Plane XY1891.7
Plane XY1998.7
Measurement unitMPa
StandardISO 527
Résistance à la flexion
Plane XY41.5
Plane XY9.5
Measurement unitMPa
StandardISO 178
Résistance à la traction
Plane XY24.4
Plane XY10.4
Measurement unitMPa
StandardISO 527

*Valores obtenidos sobre probetas impresas, noozle 0.4mm, infill rectilíneo 100%, altura de capa 0.2mm. Para más información contacta con nosotros.

Materials Properties

RESISTENCIA AL IMPACTO

RESISTENCIA QUIMICA

RESISTENCIA TERMICA

RIGIDEZ

DIFFICULTÉ D'IMPRESSION

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