We will test with the help of a hydraulic press for the strength of a petg and abs, which is stronger 0:00 - Show Materials 0:29 - PETG Test 1:27 - ABS Test 2:14 - Summary
You could tell where the ABS would fail even before the press had touched it as when you looked at the corner where it locks in to the testing fixture the layer lines were all bunched up meaning, it was not a great print from a structural stress point of view IMO, you'd have to do 5 each then average it out the results to get a fairer comparison.
This is a mix of compression and flexure and unfortunately the fast rate of compression is likely far from quasi-static loading, so it borders on an impact test as wel
You wrote 565 instead of 656 for petg at the end
What was the infill pattern and percentage for these prints?
And number of walls, nozzle diameter & printing temp please
No.
You could tell where the ABS would fail even before the press had touched it as when you looked at the corner where it locks in to the testing fixture the layer lines were all bunched up meaning, it was not a great print from a structural stress point of view IMO, you'd have to do 5 each then average it out the results to get a fairer comparison.
i would like to see a acetone melted abs print , i think it would outperform it a lot because the exterior would be a solid piece
What IS the filling for petg please ?😢
So this is compressive strength testing?? The other comments are definitely worth making a note about
This is a mix of compression and flexure and unfortunately the fast rate of compression is likely far from quasi-static loading, so it borders on an impact test as wel
Do it again, but throw 0% infill and make them ALL walls.
hearing ur respiration is extreemly anoting , try a background music
Try to make your own videos
@@Xiaborgso you are enjoying to hear hard breading