Zortrax Z-ESD filament for M300 – 1,75mm – 2 kg

249,90 με ΦΠΑ

Z-ESD is suitable for printing elements that require electrostatic discharge protection. Its properties including great resistance to chemicals make it an excellent choice for prototypes that are evaluated in various industrial conditions. Thanks to the reduced shrinkage, even large-sized models 3D printed with Z-ESD won’t be prone to warping and will represent high dimensional accuracy.

Προσθήκη στα Αγαπημένα
Προσθήκη στα Αγαπημένα
Estimated delivery between 4-10 days 2023/12/03


in Zortrax Offer.
For the first time in Zortrax offer we introduce Z-ESD, the new industrial grade material with electrostatic protection. From now on you can choose one that fits the major business needs.

Full Electrostatic PROTECTION.
Electrostatic discharge is a common problem among industries that deal with electronic elements. Z-ESD provides electrostatic protection thanks to maintaining volume resistivity in a wide range from 104 to 109 ohm. It allows you to eliminate the electrostatic discharge and significantly reduce the loss of components on the production line, generate savings and boost satisfaction of your clients.

The uniqueness of the Z-ESD material includes almost no shrinkage. Having this property you can be sure that even the largest models will be protected against warping and represent the highest dimensional accuracy.

Broad Chemical RESISTANCE.
Z-ESD shows superior resistance to acids, salts and alkalis – substances commonly used in most industries. Make no compromise and be sure your prototypes stay unaffected by chemicals and test them freely in adverse environments.

Material properties:

  • layer thickness: 0,09 – 0,19 mm
  • electrostatic protection: yes
  • volume resistivity (Rv): 104 ohm < Rv < 109 ohm
  • shrinkage: low
  • resistant to: salts, acids, alkalis
  • available color: black

Additional information

Weight 1 kg

Διάμετρος Νήματος




Mechanical Properties Metric Imperial Test Method
Tensile Strength 32.88 MPa 4770 psi ISO 527:1998
Breaking Stress 30.73 MPa 4460 psi ISO 527:1998
Elongation at max Tensile Stress  4.16% 4.16% ISO 527:1998
Elongation at Break 4.46% 4.46% ISO 527:1998
Bending Stress 47.70 MPa 6920 psi ISO 178:2011
Flexural Modulus 1.50 GPa 218 ksi ISO 178:2011
Izod Impact, Notched 4.92 kJ/m2 2.34 ft-lb/in2 ISO 180:2004
Glass Transition Temperature 79.93° C 176° F ISO 11357-3:2014
Melt Flow Rate 6.02 g/10 min Load 2.16 kg Temperature 230° C

8.57 g/10 min Load 5 kg Temperature 230° C

0.0133 lb/10 min Load 4.76 lb Temperature 446° F

0.0189 lb/10 min Load 11 lb Temperature 446° F

ISO 1133:2006
Specific Density 1.285 g/cm3 10.7 lb/gal ISO 1183-3:2003
Shore Hardness (D) 69.2 69.2 ISO 868:1998