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Z-HIPS - 1.75mm 2Kg - Natural White

Zortrax Z-HIPS filament is best for 3D printing large models. Its durability makes it perfect for prototyping machines and functional testing.

$162.50$70.00

You Save: $92.50 (57%)

SKU: ZOR-HIP-WHT-2000

VENDOR: Zortrax

Pickup available at 7A Kent Street, Yarraville, VIC

Usually ready in 4 hours

Z-HIPS - 1.75mm 2Kg - Natural White

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PRODUCT INFORMATION
PRODUCT INFORMATION

Z-HIPS filament is best for 3D printing large models. Its durability makes it perfect for prototyping machines and functional testing. Compared to standard High Impact Polystyrene, Z-HIPS has been modified to provide your 3D prints with unique semi-mat finish. The material’s surface quality is on par with surfaces of mass produced items. With Z-HIPS you can quickly prototype casings and industrial parts with no post-processing needed. This low-shrinkage material allows you to efficiently run reliable performance tests on models closely resembling final products.

Dedicated for Container Weight Diameter Extrusion
Zortrax M200 spool 800 g ±5% 1.75 mm Single
Zortrax M200 Plus
Zortrax M300 2000 g ±5%
Zortrax M300 Plus
Zortrax M300 Dual
Key Properties Metric Imperial Test Method
Elongation at Break 7.75% 7.75% ISO 527:1998
Shore Hardness (D) 73.2 73.2 ISO 868:1998
Glass Transition Temperature 98.68° C 210° F ISO 11357-3:2014

Applications

  • functional prototyping
  • low volume end-use parts production
  • models with large, flat surfaces
  • architecture mock-ups
  • casings
  • mechanical parts prototypes
  • consumer products prototypes

Functional prototyping

Speed up product design by 3D printing high-end prototypes with Z-HIPS. Reliably test functionality and form of your designs before starting the production.

Smooth semi-mat surface

Z-HIPS prototypes perfectly imitate final products. Semi-mat finish reduces the amount of post-processing needed and masks the layering.

Impact resistance and high durability

Visually stunning, prototypes 3D printed with this polystyrene filament are also suitable for performance and impact tests.