Out stock

Z-SEMIFLEX (45D) - 1.75mm 2Kg - Black

Zortrax Z-SEMIFLEX is a flexible 3D printing material meant for industrial applications.


You Save: $142.50 (60%)


VENDOR: Zortrax

Pickup available at 7A Kent Street, Yarraville, VIC

Usually ready in 4 hours

Z-SEMIFLEX (45D) - 1.75mm 2Kg - Black

Default Title


Z-SEMIFLEX is a flexible 3D printing material meant for industrial applications. It’s resistant to greases, light acids, and alkalis. The filament can withstand temperatures up to 130˚ C / 266˚ F. Objects 3D printed with Z-SEMIFLEX can bend without breaking and are resistant to abrasion.

Combined with water-soluble Z-SUPPORT for Zortrax Inventure 3D printer, Z-SEMIFLEX is a production ready solution for making hollow flexible prototypes of automotive parts among others. Use Z-SEMIFLEX for tooling and prototyping in adverse industrial environments or for medical training models.

Dedicated for Container Weight Diameter Extrusion
Zortrax M200 Plus spool 800 g ±5% 1.75 mm Single
Zortrax M300 Plus 2000 g ±5%
Key Properties Metric Imperial Test Method
Izod Impact, Notched 38.88 kJ/m2 18.5 ft-lb/in2 ISO 180:2004
Elongation at max Tensile Stress 524% 524% ISO 527:1998
Melting point 180.16° C 356° F ISO 11357-3:2014



  • industrial parts and tools
  • automotive industry
  • medical assessment models
  • robotics
  • end-use parts with medium elasticity
  • parts resistant to high temperatures up to 130˚ C / 266˚ F
  • parts exposed to greases, light acids and alkalis

Elasticity and strength

Z-SEMIFLEX filament combines two features important on the production line: flexibility and endurance. Utilize them to 3D print ever-reliable parts, tools, and prototypes.

Industrial grade

The 3D printing material has been designed for demanding industrial applications. Its chemical and physical properties make it suitable for all branches of manufacturing.

Chemical resistance

Take advantage of the broad chemical resistance of Z-SEMIFLEX. Use it to 3D print parts and prototypes meant to work with greases, light acids, and alkalis.