PLA 3D870

Ref SMPLA2NT0A075
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RESISTENCIA AL IMPACTO

APTO PARA TODAS LAS IMPRESORAS

BIODEGRADABLE

PLA 3D870

Ref SMPLA2NT0A075

This filament offers improved thermal resistance and high strength to the impact on pieces printed with it, it has similar characteristics to the ABS keeping all the advantages of the PLA.

*In transition phase to RECYCLABLE Polystyrene reel.

€23.45

RESISTENCIA AL IMPACTO

APTO PARA TODAS LAS IMPRESORAS

BIODEGRADABLE

This filament offers improved thermal resistance and high strength to the impact on pieces printed with it, it has similar characteristics to the ABS keeping all the advantages of the PLA.

*In transition phase to RECYCLABLE Polystyrene reel.

DESCRIPTION

PLA 3D870 has been designed by Nature Works specially made for 3d printing. It offers improved thermal resistance and high strength to the impact on pieces printed with it, it has similar characteristics to the ABS keeping all the advantages of the PLA.

SMARTFIL PLA 3D870 is the newest innovation of Nature Works on PLA.  Specially developed for 3d Printing, the aim of this material is to improve the benefits of the PLA getting a better mechanical and thermal resistance similar to an ABS but keeping the ease of use and behaviour for 3d Printing, that is why is highly recommended for those PLA pieces that required more resistance.  It is completely biodegradable, safe and compatible with all the 3d printers in the marked which makes it suitable for all work environments.

SMARTIPS

To get a better result in the mechanical properties it is necessary to submit the piece once printed to a crystallization process by annealing.

For this we recommend to follow this instructions

-Preheat the oven in a temperature range of annealing in between 110 ºC and 120ºC

-Make sure that the temperature in the oven is homogeneous, if there are variations it can cause warping in the piece.

-Place the printed piece in the oven and turn on the timer, the typical
time to anneal a piece with a 3 mm wall is approximately 20 minutes,
this time varies depending on the thickness of the walls.

-Once the piece is removed from the oven, allow it to cool under ambient
conditions until it is completely cold.

-
The annealing process causes a shrinkage in the piece due crystallization
(ordering of its structure) so it is necessary to measure this shrinkage to
be able to oversize in order to obtain the original measurements
.

 

APPLICATIONS

PRINT OPTIONS

MECHANICAL PROPERTIES

Values
Measurement unit
Standard
Mechanical Properties*
Plane XY
Plane ZX
Tensile elongation (until break)
Plane XY3,6
Plane XY0,9
Measurement unit%
StandardISO 527
Alargamiento al esfuerzo máximo
Plane XY2,4
Plane XY0,9
Measurement unit%
StandardISO 527
Bending elongation at break
Plane XY14,4
Plane XY2,3
Measurement unit%
StandardISO 178
Hardness
Plane XY86
Plane XY
Measurement unitShore D
StandardISO 7619-1
Charpy impact force (notched)
Plane XY23,8
Plane XY3,3
Measurement unitkj/M2
StandardISO 179
Flexural modulus
Plane XY2749
Plane XY2256
Measurement unitMPa
StandardISO 178
Traction module
Plane XY1835,9
Plane XY2099,7
Measurement unitMPa
StandardISO 527
Flexural strength
Plane XY83
Plane XY41,9
Measurement unitMPa
StandardISO 178
Tensile strength
Plane XY42,4
Plane XY21
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.

MATERIAL PROPERTIES

RESISTENCIA AL IMPACTO

RESISTENCIA QUIMICA

RESISTENCIA TERMICA

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