Inslogic ABS-GF10 vs PC vs PC-ABS: Which Engineering Filament Wins?

In this video I compare three engineering filaments: Inslogic ABS-GF10, PC and PC-ABS. These materials are often recommended for strong, heat-resistant parts — but how big are the real differences? I tested them using the same methodology across multiple mechanical tests, including tensile strength, layer adhesion, impact resistance and more. I also take a closer look at shrinkage, creep behavior and temperature resistance. One interesting question is the role of drying, especially for ABS-GF10, which is often claimed to require long drying times. I wanted to see how critical this really is in practice. As always, all results are measured and directly comparable. Product links (not affiliate): Inslogic ABS-GF10: https://www.inslogic3d.com/products/i... PC filament: https://www.inslogic3d.com/products/p... PC-ABS filament: https://www.inslogic3d.com/products/i... Support If you would like to support my work, you can join here: Patreon:   / mytechfun   Buy Me a Coffee: https://www.buymeacoffee.com/mytechfun Patreon supporters also get access to a spreadsheet with all my previous test results, so you can easily compare materials across different videos. Chapters 0:00 Introduction 1:11 Overall Specifications 2:12 Specs from website 2:53 Price 3:08 Print Settings 3:43 Unboxing 5:51 3D printing: PC 6:25 3D printing: PC-ABS 6:58 3D printing: ABS-GF10 7:26 ABS-GF10 drying 11:44 Shrinking 12:19 Creep test 13:35 Temperature test 14:14 Tensile test 14:47 Layer adhesion 15:14 Shear test 15:45 Torsion test 16:26 Bending test 16:58 New bending test (ISO178) 18:14 Impact test 19:12 All results 19:57 Conclusions Tags #3dprinting #filament #engineering #abs #polycarbonate #pcabs #carbonfiber #strengthtest #3dprint #materials #inslogic