Uploaded March 2026 | Updated September 2026, 2 weeks ago
This is TPU GF 95A, and what you’re seeing here is energy return—not just flex. Most flexible filaments absorb impact… this one gives it back.
No marketing claims. No “feels good” reviews.
Same test protocol. Every time.
Full mechanical testing (yield, stretch, rebound, failure) is coming soon.
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👉 Materials Test Tables: react-ivn1sokr.stackblitz.io
👉 Support the channel: ko-fi.com/edgeof3d
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#3dprinting #filament #engineering #shorts #additivemanufacturing #sirayatech #tpu
This is TPU GF 95A, and what you’re seeing here is energy return—not just flex. Most flexible filaments absorb impact… this one gives it back.
No marketing claims. No “feels good” reviews.
Same test protocol. Every time.
Full mechanical testing (yield, stretch, rebound, failure) is coming soon.
=============================
👉 Materials Test Tables: react-ivn1sokr.stackblitz.io
👉 Support the channel: ko-fi.com/edgeof3d
=============================
#3dprinting #filament #engineering #shorts #additivemanufacturing #sirayatech #tpu


👉 TPU 64D:
[https://amzn.to/4slag6l](https://amzn.to/4slag6l)
👉 TPU-GF:
[https://amzn.to/4s0bun2](https://amzn.to/4s0bun2)
☕ SUPPORT THE CHANNEL
If you want to keep this type of testing going:
👉 [https://ko-fi.com/edgeof3d](https://ko-fi.com/edgeof3d)
⚙️ PRINT SETTINGS (STANDARDIZED)
All materials tested using consistent profiles:
Voron Standard:
* 0.2mm Layer Height
* 0.4mm forced line width
* 4 walls
* 5 top/bottom layers
* 40% infill (Grid, Gyroid, Honeycomb, Triangle, or Cubic)
🧠 REAL TAKEAWAY
Not all TPU behaves the same.
Some stretch.
Some snap.
Some… do something in between.
And TPU-GF?
It might be carving out its own category entirely.
#3dprinting #TPU #SirayaTech #MaterialsTesting #Engineering #Voron #AdditiveManufacturing This doesn’t behave like TPU.](https://i.ytimg.com/vi/Y2RfowVFsOU/mqdefault.jpg)








