TPU Sources: Difference between revisions
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=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] | ||
=PVC= | |||
*Flexible PVC is Shore A - 70 - [https://www.intekplastics.com/materials-guide/flexible-pvc/] | |||
=TPE vs TPU= | =TPE vs TPU= |
Revision as of 19:02, 26 December 2021
Chart Converting all the Hardness Scales
There are several scales for measuring rubber hardness. Here is a comparison:
https://www.apstpe.com/media/pdf/Shore-Hardness-Scales.pdf
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]
- More scales for comparing different objects [6]
Uses
TPU Sources
- Only 2% strain to break? [10]
PVC
- Flexible PVC is Shore A - 70 - [11]
TPE vs TPU
- Article - [12]
Communications
Hi Mid Continent Plastics,
I'm looking for about 1200 lb of TPU regrind, any color, in the Shore A 70-90 range with good elongation and abrasion resistance. This is for 3D printing of rubber tracks for heavy machinery. Do you have something in stock for this purpose? Thanks,Marcin