PBT Optimal | 6kg
534.00 €
Not Rated
PBT Optimal
The most cost-effective material known for its high rigidity and excellent detailing. Perfect for visual prototypes.
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PBT Optimal
The most cost-effective material known for its high rigidity and excellent detailing. Perfect for visual prototypes.
Features:
- the most economical per print in compact SLS
- low refresh ratio, just 20%
- exceptionally high stiffness
- great reproduction of intricate details
- good mechanical properties
- high resistance to chemicals
- offers sustainable printing without any powder waste when used as intended
Applications:
- cost-effective prototyping
- production of thermoforming molds
- utilized in medical and dental applications
- manufacturing of electrical and electronic components
- construction of electronic enclosures
- production of rigid tooling components
FZ210
General information
| Material type | Polybutylene terephthalate |
| Dedicated for | Lisa X |
| Software | Sinterit Studio Advance |
| Material refreshing ratio¹ | 20% |
| Color | Black |
| Nitrogen needed | no |
Mechanical properties
| Tensile Strength (X direction) | 49.04 MPa | PN- EN ISO 527- 2:2012 |
| Tensile Strength (Y direction) | 48.28 MPa | PN- EN ISO 527- 2:2012 |
| Tensile modulus (X direction) | 2718 MPa | PN- EN ISO 527- 2:2012 |
| Tensile modulus (Y direction) | 2663 MPa | PN- EN ISO 527- 2:2012 |
| Elongation at Break (X direction) | 2.55 % | PN- EN ISO 527- 2:2012 |
| Elongation at Break (Y direction) | 2.62 % | PN- EN ISO 527- 2:2012 |
| Impact strength X (Charpy - unnotched) | 9.18 kJ/m2 | PN- EN ISO 527- 2:2012 |
| Impact strength Y (Charpy - unnotched) | 11.12 kJ/m2 | PN- EN ISO 527- 2:2012 |
Thermal properties
| Melting point | approx. 169°C | PN-EN ISO 11357-3:2018 |
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PBT Optimal
The most cost-effective material known for its high rigidity and excellent detailing. Perfect for visual prototypes.
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