Featured Material / / PEKK for FDM
For harsh environment applications, Â鶹´«Ã½Ó³»’s additive manufacturing service customers have a new material option to consider—the team is excited to introduce the availability of PEKK for fused deposition modeling (FDM). Announced under the name of Antero 800NA, Stratasys  launched the PEKK-based thermoplastic to meet an increasing demand for an additive material option with high strength, toughness, high heat/chemical resistance and minimal outgassing.
| TENSILE STRENGTH, YIELD | 93 MPa (XZ Axis) / / 46 MPa (ZX Axis) |
|---|---|
| TENSILE MODULUS | 3095 MPa (XZ Axis) / / 3483 MPa (ZX Axis) |
| HDT @66 PSI | 150 °C |
| NOTCHED IMPACT | 37 J/m (XZ Axis) / / 27 J/m (ZX Axis) |
| DATASHEET |
These superior qualities make it a lighter alternative to aluminum and steel with the advantage of greater design freedom possible only by using additive technologies—part consolidation, lightweighting, organic geometries, high complexity, faster speeds, mass customization and higher value problem-solving.
Another advantage of leveraging an additive manufacturing process for PEKK-based parts allows Â鶹´«Ã½Ó³» customers to produce on-demand. Taking a tool-less approach to production by way of FDM means you can fabricate what you need, when you need it, using the latest file revision.
Talk with a Â鶹´«Ã½Ó³» expert to learn more about when to choose PEKK. Each material has unique characteristics to consider, so to pick the right one for your application, seek the best balance of needed properties and project priorities. Read this blog post to review available FDM materials.
