Love it or Hate it: Tullomer filament
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@mytechfunAbout
My name is Dr. Igor Gaspar, I am a mechanical engineer and I work as a teacher and researcher on MATE (ex. SZIE) university in Budapest, but this channel is about my hobby: 3D printing, Arduino electronic, CAD and 3D design, web development, photography, etc. If you would like to support my work, my Patreon page: https://www.patreon.com/mytechfun Other info, downloadable files are on www.mytechfun.com website. Important, for review video requests: I am located in Europe, but most of my viewers are from English language countries (USA, UK, AU, CA, DE..) There are no sponsored videos on my channel, all my honest reviews I do for free and there is no possibility for censoring the video. Also, it is important to mention, that for products sent outside of EU I have to pay duty and tax fees. Since I am still very small YouTube channel, sender must accept these fees. This is just short version of my terms, full version is available on mytechfun.com website.
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Video Description
Reviewing Tullomer filament by Z-Polymers, one of the most sought-after filaments in recent years. With a staggering price of $500/kg, it boasts claims of being stronger than steel in specific properties. But how durable are 3D-printed objects made from it? Using my standard testing methods, I’ve ensured these results are directly comparable to those from my previous videos. If you’re a Patreon supporter, you can access my comprehensive summary table with results from earlier tests. 👉 Patreon Support https://www.patreon.com/mytechfun 📌 Product page: https://z-polymers.com/ (not an affiliate link) Special thanks to Sinpratex for printing some test objects, which cost me 67 EUR (material fees only). 👉 https://www.sinpratex-shop.com/ 3D Printing Details: Printed on BambuLab X1C and Qidi X-Max3. Mentioned in the video: CNC Kitchen: https://youtu.be/CQ-N1fr4N0w Chapters: 0:00 Introduction 0:50 Time Line 3:06 About Tullomer 3:43 Test objects 4:58 Shrinking 5:20 Unboxing 5:56 3D printing 8:54 Benchy 10:40 Creep test 12:30 Twist test (horizontal) 13:00 Twist test (vertical) 13:22 Impact test 14:11 Hook test 14:30 Bending test 15:11 Tensile test 15:40 Layer adhesion test 16:17 Shear test (horizontal) 16:35 Shear test (vertical) 16:41 Temperature test 17:05 Conclusions #3dprinting #tullomer
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