TPU Sources: Difference between revisions

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=Uses=
=Uses=
*Car tires are around 70A [https://www.echosupply.com/blog/basics-of-rubber-shore-hardness/#:~:text=What%20is%20Shore%20Hardness%3F,the%20hardness%20of%20the%20rubber.]
*Car tires are around 70A [https://www.echosupply.com/blog/basics-of-rubber-shore-hardness/#:~:text=What%20is%20Shore%20Hardness%3F,the%20hardness%20of%20the%20rubber.]
*Door seals are 50-60A [https://www.echosupply.com/blog/basics-of-rubber-shore-hardness/#:~:text=What%20is%20Shore%20Hardness%3F,the%20hardness%20of%20the%20rubber.]


=TPU Sources=
=TPU Sources=
*Only 2% strain to break? [https://tools.celanese.com/products/datasheet/SI/CELSTRAN%C2%AE%20TPU-GF30-01%20AD3002%20Black]
*Only 2% strain to break? [https://tools.celanese.com/products/datasheet/SI/CELSTRAN%C2%AE%20TPU-GF30-01%20AD3002%20Black]

Revision as of 02:36, 9 June 2021

3D Printing Filaments

  • Shore A hardnes of 90-95 - [1]. Strain to failure [2] of 400%.
  • Ninjaflex 85A [3] and 660% elongation at break
  • Softest on the market - Shore 60A [4]

Metrics

  • 80-100 Shore A is hard, like shoe soles or shopping cart wheels [5]

Uses

  • Car tires are around 70A [6]
  • Door seals are 50-60A [7]

TPU Sources

  • Only 2% strain to break? [8]