Zortrax Z-ASA Pro Filament Zortrax Z-ASA Pro Filament

$ 134.00 $ 63.22
Color
BLUE
DARK GREY
PURE BLACK
PRUE WHITE
YELLOW
RED
SERIES
-
+
$ 63.22
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Z-ASA PRO

Z-ASA Pro 3D printing material is a stable thermoplastic designed to withstand adverse environments extending the life span of your models. The material is highly resistant to changing weather conditions and UV light, which makes it ideal for outdoor applications. Z-ASA Pro guarantees your models won’t change color and physical characteristics even after extensive testing outdoors. High temperature resistance makes it possible to test models under direct sunlight with no risk of deformation and bleaching. Z-ASA Pro is also suitable for accurate 3D printing of large models due to low shrinkage and warping. The filament is available in multiple colors.

 

 AVAILABLE COLORS

 

TURBINE Fully functional prototype of the wind turbine 3D printed with Z-ASA Pro filament. The model stays unaffected by the changing temperature, humidity and light, allowing for a prolonged field testing

Applications

- Models tested outside

- Objects required to be resistant to the changing weather conditions and UV light

- Functional outdoor prototyping

- Large-scale models

- Automotive parts

 

Weather resistance

UV stable

Low shrinkage and warping

Weather resistance of Z-ASA Pro filament allows for testing your models outdoors. 3D printed, highly durable prototypes and final parts can work even in direct sunlight.

Z-ASA Pro won’t deform or fade when exposed to the heat. Conduct thorough outdoor tests, no matter the changing temperature and direct sunlight.

The polystyrene-based filament is also available for Zortrax M300, which makes it ideal for large casings and parts. Its low shrinkage and warping guarantee dimensionally accurate 3D printing.

 

Dedicated for

Container

Weight

Diameter

M200 / M200 Plus

spool

800 g. ±5%

1.75 mm

M300 / M300 Plus

spool

2000 g. ±5%

1.75 mm

 

Key Properties

Metric

Imperial

Test Method

Izod Impact, Notched

3.81 kJ/m2

1.81 ft-lb/in2

ISO 180:2004

Flexural Modulus

1.36 GPa

197 ksi

ISO 178:2011

Glass Transition Temperature

80.99oC/m2

178oF

ISO 11357-3:2014

 

 

 

 

Z-ASA PRO

Z-ASA Pro 3D printing material is a stable thermoplastic designed to withstand adverse environments extending the life span of your models. The material is highly resistant to changing weather conditions and UV light, which makes it ideal for outdoor applications. Z-ASA Pro guarantees your models won’t change color and physical characteristics even after extensive testing outdoors. High temperature resistance makes it possible to test models under direct sunlight with no risk of deformation and bleaching. Z-ASA Pro is also suitable for accurate 3D printing of large models due to low shrinkage and warping. The filament is available in multiple colors.

 

 AVAILABLE COLORS

 

TURBINE Fully functional prototype of the wind turbine 3D printed with Z-ASA Pro filament. The model stays unaffected by the changing temperature, humidity and light, allowing for a prolonged field testing

Applications

- Models tested outside

- Objects required to be resistant to the changing weather conditions and UV light

- Functional outdoor prototyping

- Large-scale models

- Automotive parts

 

Weather resistance

UV stable

Low shrinkage and warping

Weather resistance of Z-ASA Pro filament allows for testing your models outdoors. 3D printed, highly durable prototypes and final parts can work even in direct sunlight.

Z-ASA Pro won’t deform or fade when exposed to the heat. Conduct thorough outdoor tests, no matter the changing temperature and direct sunlight.

The polystyrene-based filament is also available for Zortrax M300, which makes it ideal for large casings and parts. Its low shrinkage and warping guarantee dimensionally accurate 3D printing.

 

Dedicated for

Container

Weight

Diameter

M200 / M200 Plus

spool

800 g. ±5%

1.75 mm

M300 / M300 Plus

spool

2000 g. ±5%

1.75 mm

 

Key Properties

Metric

Imperial

Test Method

Izod Impact, Notched

3.81 kJ/m2

1.81 ft-lb/in2

ISO 180:2004

Flexural Modulus

1.36 GPa

197 ksi

ISO 178:2011

Glass Transition Temperature

80.99oC/m2

178oF

ISO 11357-3:2014

 

 

 

 

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