|
IMPACT N3D I-2105 | Impact reference |
---|---|---|
Viscosity (mPa.s @25°C) | Viscosity (mPa.s @25 °C) IMPACT N3D I-2105 670 |
Viscosity (mPa.s @25 °C) Impact reference 2600 |
Tα (°C) | Tα ( °C) IMPACT N3D I-2105 45 |
Tα ( °C) Impact reference 48 |
Unnotched Impact Resistance (KJ/m²) | Unnotched Impact Resistance (KJ/m ²) IMPACT N3D I-2105 70 |
Unnotched Impact Resistance (KJ/m ²) Impact reference 54 |
Elongation @ break (%) | Elongation @ break (%) IMPACT N3D I-2105 45 |
Elongation @ break (%) Impact reference 19 |
Printed specimens of N3D I-2105 exhibit an excellent impact resistance, compared to a commercial reference, with similar Tg.
N3D I-2105 enables the manufacturing of functional parts.
N3D I-2105
Impact resistance (KJ/m2) : 70
Tα : 45°C
Impact reference
Impact resistance (KJ/m2) : 54
Tα : 48°C
|
FLEXIBLE N3D F-2115 | Flexible reference |
---|---|---|
Viscosity (mPa.s @25°C) | Viscosity (mPa.s @25 °C) FLEXIBLE N3D F-2115 660 |
Viscosity (mPa.s @25 °C) Flexible reference 4400 |
Shore Hardness | Shore Hardness FLEXIBLE N3D F-2115 70A |
Shore Hardness Flexible reference 80A |
Different flexibilities are achievable depending on the post treatment applied. N3D F-2115’s elongation at break and modulus are fine tunable to reach the desired set of properties : elongation, tear resistance, Shore A hardness. In all tested conditions,
N3D F-2115 exhibits a higher flexibility than benchmarked commercial reference.
|
PROTOTYPING N3D P-2125 | Prototyping reference |
---|---|---|
Viscosity (mPa.s @25°C) | Viscosity (mPa.s @25 °C) PROTOTYPING N3D P-2125 420 |
Viscosity (mPa.s @25 °C) Prototyping reference 750 |
Young modulus (MPa) | Young modulus (MPa) PROTOTYPING N3D P-2125 2050 |
Young modulus (MPa) Prototyping reference 2900 |
Tensile strength (MPa) | Tensile strength (MPa) PROTOTYPING N3D P-2125 52 |
Tensile strength (MPa) Prototyping reference 67 |
Elongation @ break (%) | Elongation @ break (%) PROTOTYPING N3D P-2125 6 |
Elongation @ break (%) Prototyping reference 3 |
N3D P-2125 exhibits a homogeneous network, enabling an excellent processability and limited evolution of mechanical properties after post curing.
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