ICE Filaments TPU98A 'Romantic Red'

ICE Filaments
€ 27,00 Incl. tax

ICE Filaments TPU98A is a specially developed filament, perfectly suited for printing on most FDM 3D-printers. In comparison to other flexible materials, this TPU98A of ICE Filaments has the possibility of a high printing speed.

In stock (6 pieces)
In stock
Extra info:
Instant Delivery
Article number:
TRIICEFIL1S1925
ICE Filaments TPU98A is a specially developed filament, perfectly suited for printing on most FDM 3D-printers. In comparison to other flexible materials, this TPU98A of ICE Filaments has the possibility of a high printing speed. TPU98A also has a high heat resistance (138°C) and it can be stretched as far as 450% before reaching the breaking point.

ICE Filaments TPU98A does not require a heated bed, as it can be printed straight on the build platform. All of these properties make ICE Filaments TPU98A a well-suited filament for users looking for a material with high mechanical properties, which is flexible and easily printable. TPU98A is already being used in a lot of applications, like orthopedic insoles, prosthetics, …

ICE stands for Innovate, Create, Explore. ICE Filaments was created to offer each user a high qualitative alternative for printer branded filaments. We tested ICE Filaments thoroughly on every 3D printer in our gamma.

Properties

-          Strong and flexible
-          Printable at speeds of > 75mm/s
-          Exceptionally high softening point (138°C)
-          450% elongation at break
-          Resistant to oils, greases and microorganisms

Recommended print temperature
225°C – 250°C

Recommended heated bed temperature
0°C – 60°C

ICE Filaments was created to fulfill the wishes of all users. ICE Filaments was tested on a range of various FDM 3D-printers, in different diameters. By doing these tests, ICE Filaments offers all users of filaments the opportunity to achieve the best possible results. Both open source and closed source 3D-printers can work with ICE Filaments materials.

This spool contains 500gr of filament
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