Selection Absorption Fusion Materials
Produce small to medium functional parts with tighter tolerances, and deliver accurate, consistent, and repeatable parts with engineering-grade thermoplastic materials.
| MATERIAL | DESCRIPTION | ELONGATION @BREAK | FLEXURAL STRENGTH | FLEXURAL MODULUS | HEAT DEFLECTION TEMPERATURE @66 PSI | HEAT DEFLECTION TEMPERATURE @264 PSI | IZOD IMPACT STRENGTH | TENSILE MODULUS | TENSILE STRENGTH | ||||||||
| XY Axis | Z Axis | XY Axis | Z Axis | XY Axis | Z Axis | XY Axis | Z Axis | XY Axis | Z Axis | NOTCHED | UNNOTCHED | XY AXIS | Z AXIS | XY AXIS | Z AXIS | ||
High Yield | Higher ductility and higher impact resistance Material. Eco-Friendly. | 39%-47% | 5,033 psi (35 MPa) | 120 ksi (826 MPa) | 365°F (185°C) | 117°F (47°C) | NA | NA | 222 ksi (1,529 MPa) | 7,397 psi (51 MPa) |
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Materials |
High Yield |
DESCRIPTION Higher ductility and higher impact resistance Material. Eco-Friendly. |
ELONGATION @ BREAK39%-47% |
FLEXURAL STRENGTH5,033 psi (35 MPa) |
FLEXURAL MODULUS120 ksi (826 MPa) |
HEAT DEFLECTION TEMPERATURE @ 66 PSI365°F (185°C) |
HEAT DEFLECTION TEMPERATURE @ 264 PSI117°F (47°C) |
IZOD IMPACT STRENGTHNOTCHED NA |
UNNOTCHED NA |
TENSILE MODULUS222 ksi (1,529 MPa) |
TENSILE STRENGTH7,397 psi (51 MPa) |
