EVERES FUNCTIONAL MODEL
Sisma spa. · source
EVERES FUNCTIONAL MODEL, high performance for prototyping
EVERES FUNCTIONAL MODEL is suitable for prototyping and functional parts requiring exceptional hardness.
EVERES FUNCTIONAL MODEL is characterized by a high resistance to impact and fractures, and it offers great thermal resilience properties without deformation. It maintains high dimensional stability and guarantees minimal shrinkage during printing and post-curing. GREY MASTER is ideal for high-speed prototyping, modeling of architectural models, the design of covers and mechanical parts for tools that can also be machined.
Compatibility: EVERES ZERO, EVERES UNO
Suitable for: prototyping, functional parts, architecture, design.
Advantages: high performance, high resistance, low loss, great thermal resilience, functional elements realization, high contrast.
Technical Details
Characteristics
- Density [g/cm³]: 1.1
- Experimental Shrinkage [%]: 1,7
- Force peak [N]: 405
- Elong peak [%]: 2.5
- Young's modulus [MPa]: 1681
- Tensile strength [N/mm]: 86
- Tensile stress break [MPa]: 30
- Tear strength [N/mm]: 133
- Shore A Hardness: NA
- Shore D Hardness: 85
- Viscosity 20°C [mPa*s] [cps]: ~ 800
Informations produit
| Fabricant | Sisma spa. |
|---|---|
| Density | 1.1 g/cm³ |
| Advantages | high performance, high resistance, low loss, great thermal resilience, functional elements realization, high contrast |
| Elong Peak | 2.5 % |
| Force Peak | 405 N |
| Convient pour | prototyping, functional parts, architecture, design |
| Compatibilité | EVERES ZERO, EVERES UNO |
| Tear Strength | 133 N/mm |
| Viscosity 20°c | ~ 800 mPa*s [cps] |
| Young's Modulus | 1681 MPa |
| Shore A Hardness | NA |
| Shore D Hardness | 85 |
| Tensile Strength | 86 N/mm |
| Tensile Stress Break | 30 MPa |
| Experimental Shrinkage | 1,7 % |
