It has good flexibility with a hardness of 95A, easy to print, and can quickly print large, complex and accurate prototypes of elastomer parts; excellent elasticity, printed products are not easy to deform; good flexibility, high tear resistance and wear resistance and cut resistance, sturdiness and durability; high hardness and good resilience, can be used for insoles and other applications.
Flexible and soft
Sturdy and durable
High impact resistance
|Filament Properties Table|
|3D PRINTING FILAMENT||eTPU-95A|
|Heat Distortion Temp(℃,0.45MPa)||/|
|Melt Flow Index(g/10min)||1.2(190℃/2.16kg)|
|Elongation at Break(%)||≥800|
|IZOD Impact Strength(kJ/㎡)||/|
Recommended printing parameters
|Extruder Temperature(℃)||220 – 250℃
|Bed temperature(℃)||45 – 60°C|
|Printing Speed||20 – 50mm/s|
|Recommended Build Surfaces||Masking paper, PVP solid glue, PEI|
|Heated Bed Required||——|
|Print recommend||Drying at 55℃/>4h, short-range extruder, slow printing|
1. It is recommended to dry the printing (55℃/＞4H) to achieve the best printing effect. It is recommended to use it with eBOX cartridges when printing.
2. It is recommended to use a short-range two-wheel reduction extruder designed for flexibility, eTPU-95A materials are usually difficult to print on a remote extrusion machine. The remote extruder can try to print at a slower speed at 20mm/s or even slower.
3. The nozzle may have impurities after printing for a long time. It is recommended to use it with the cleaning filament. If necessary, replace the nozzle and throat with a new one.