Roll over image to zoom in
eSUN TPU-LW
eSUN TPU-LW Flexible 3D Printer Filament, 1.75mm 0.75KG Spool High Resilience Lightweight Foaming Matte Finish Soft TPU Filament for 3D Printers
About this item
Effective Foaming Technology & Changeable Hardness
TPU-LW is a TPU filament that can foam during the printing process. By precisely adjusting the printing temperature and speed, you can freely control the degree of foaming, thereby personalizedly adjusting the strength and density of the printed items. The hardness of printed models varies with different foaming ratios, ranging from 93A to 77A.
Lightweight
eSUN TPU-LW has a maximum foaming volume ratio of up to 172%. Compared to regular TPU, TPU LW significantly reduces the weight of the model while providing high resilience, making the printed models soft and skin-friendly, suitable for flexible wearables and COSPLAY model printing.
Fine Matte Texture & Wide Application
Models printed with TPU LW have a fine matte texture on the surface, which does not easily show layer lines, offering a matte surface effect that enhances the aesthetics of the model. It has strong pigment adhesion, making them easy to paint and facilitating user creativity, suitable for applications in model aircraft, ship models, COSPLAY props, and more.
Excellent Interlayer Adhesion
TPU-LW demonstrates good interlayer adhesion, ensuring the stability and durability of the printed models, which are not prone to breaking even when stretched or bent. Tear resistance and wear resistance.
High Resilience & Good Flexibility
TPU-LW has good flexibility, which is not easy to tear and has good resilience, which makes printed models more durable. Also, it can quickly restore its original state after deformation. Capable of printing components that are structurally robust but also possess dynamic flexibility.
Additional information
| Color | White, Black, Gray |
|---|---|
| Material | TPU |
| Item Weight | 0.75KG |
| Item Diameter | 1.75 Millimeters |
| Print temperature (°C) | 210~270 |
| Bottom plate temperature (°C) | 40-60 |
| Fan speed (%) | 100 |
| Printed speed (mm/s) | 20-80 |
