Uploaded February 2026 | Updated September 2026, 2 weeks ago
Verbatim Durabio is a PC-PMMA (polycarbonate + acrylic) blend based on Mitsubishi’s Durabio material, originally developed as a glass substitute. It promises high scratch resistance, good impact strength and improved surface durability compared to standard PC.
In this video I test Verbatim Durabio in detail: tensile strength, layer adhesion, shear, torsion, creep, impact, bending, temperature resistance and wear behavior.
This was also the most wear-resistant filament I have ever tested so far — but does that automatically make it better than pure PC?
Let’s find out.
Product link
About Verbatim Durabio PC-PMMA filament (not affiliate link):
verbatim-europe.com/en/3d/products/verbatim-durabio-175-mm-white-55150
Support My Work
If you would like to support my independent filament testing, you can do it here:
Patreon (early access & detailed comparison spreadsheet with all previous results):
patreon.com/mytechfun
Buy Me a Coffee:
buymeacoffee.com/mytechfun
Thank you for helping me continue these large comparison tests.
Chapters
0:00 Introduction
0:50 Specifications
2:05 Unboxing
3:10 Preparing the 3D printing
4:20 Slicer settings
4:44 3D printing
5:20 Few examples
6:48 Wearing test
7:26 Shrinking
7:35 Tensile test
8:01 Layer adhesion
8:16 Shear test
8:33 Torsion test
9:00 Creep test
9:54 Temperature test
10:10 Impact test
10:42 Bending test
11:14 All results
11:42 Conclusions
Tags
#3dprinting #verbatim #durabio #pc #pmma #acrylic #polycarbonate #engineeringfilament #filamenttest #layeradhesion #tensiletest #wearresistance #impacttest #creeptest #sheartest #torsiontest
Verbatim Durabio is a PC-PMMA (polycarbonate + acrylic) blend based on Mitsubishi’s Durabio material, originally developed as a glass substitute. It promises high scratch resistance, good impact strength and improved surface durability compared to standard PC.
In this video I test Verbatim Durabio in detail: tensile strength, layer adhesion, shear, torsion, creep, impact, bending, temperature resistance and wear behavior.
This was also the most wear-resistant filament I have ever tested so far — but does that automatically make it better than pure PC?
Let’s find out.
Product link
About Verbatim Durabio PC-PMMA filament (not affiliate link):
verbatim-europe.com/en/3d/products/verbatim-durabio-175-mm-white-55150
Support My Work
If you would like to support my independent filament testing, you can do it here:
Patreon (early access & detailed comparison spreadsheet with all previous results):
patreon.com/mytechfun
Buy Me a Coffee:
buymeacoffee.com/mytechfun
Thank you for helping me continue these large comparison tests.
Chapters
0:00 Introduction
0:50 Specifications
2:05 Unboxing
3:10 Preparing the 3D printing
4:20 Slicer settings
4:44 3D printing
5:20 Few examples
6:48 Wearing test
7:26 Shrinking
7:35 Tensile test
8:01 Layer adhesion
8:16 Shear test
8:33 Torsion test
9:00 Creep test
9:54 Temperature test
10:10 Impact test
10:42 Bending test
11:14 All results
11:42 Conclusions
Tags
#3dprinting #verbatim #durabio #pc #pmma #acrylic #polycarbonate #engineeringfilament #filamenttest #layeradhesion #tensiletest #wearresistance #impacttest #creeptest #sheartest #torsiontest
