Condition: New
5 in stock
ELBER Part Number | |
Manufacturer | |
Descriptions | Hips,which completely soluble in limonene, frequently used as 3D printing support material. Dissolvable filament had no residue on the surface of the model after dissolution, and the contact surface is smooth and flat; Hips filament’s printing performance is similar to ABS;. |
1.HIPS has a large shrinkage rate, so you should pay attention to heat preservation when printing, and print in a printer with a closed chamber.
2. It is recommended to set the distance between the support and the model to 0, the first contact layer to slow down and turn off the blowing fan to improve the bonding strength with the main material.
3. This material desolves in limonene solution
Solubility
Support Material
Heat resistance
High toughness
Hips,which completely soluble in limonene, frequently used as 3D printing support material. Dissolvable filament had no residue on the surface of the model after dissolution, and the contact surface is smooth and flat; Hips filament’s printing performance is similar to ABS;
Filament Properties Table
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3D PRINTING FILAMENT | HIPS |
Density(g/cm3) | 1.05 |
Heat Distortion Temp(℃,0.45MPa) | 80 |
Melt Flow Index(g/10min) | 3(200℃/5kg) |
Tensile Strength(MPa) | 27 |
Elongation at Break(%) | 55 |
Flexural Strength(MPa) | 39 |
Flexural Modulus(MPa) | 2280 |
IZOD Impact Strength(kJ/㎡) | 11 |
Durability | 7/10 |
Printability | 6/10 |
Recommended printing parameters | |
Extruder Temperature(℃) | 230 – 270℃ Recommended temperature:250℃ |
Bed temperature(℃) | 100 – 115°C |
Fan Speed | 0% |
Printing Speed | 40 – 100mm/s |
Heated Bed | Required |
Recommended Build Surfaces | Glass plate, PVP solid glue, high temperature tape |
Feature | |
Flexible | —— |
Elastic | —— |
Impact Resistant | √ |
Soft | —— |
Composite | —— |
UV Resistant | —— |
Water Resistant | —— |
Dissolvable | √ |
Heat Resistant | √ |
Chemically Resistant | —— |
Fatigue Resistant | —— |
Need drying | —— |
Heated Bed Required | √ |
Print recommend | Minimize the overhang angle structure in the model |