My Tech Fun | Best PLA for mechanical parts? Engineering PLA and PLA advanced by Filaticum @MyTechFun | Uploaded July 2022 | Updated October 2024, 6 hours ago.
This is the test of two very interesting materials, best PLA for mechanical parts I tested so far. Engineering PLA has great impact resistance and it starts to deform on temperatures near 150°C. The layer adhesion could be a little bit better. Advanced PLA has great layer adhesion and it should be more resistance to high temperatures compared to regular PLA.
Product links:
Engineering: filaticum.com/en/product/filaticum-engineering
PLA advanced: filaticum.com/en/product/filaticum-pla-advanced
Results in Excel table can be downloaded from mytechfun.com/video/211
All material test related videos: mytechfun.com/videos/material_test
Contents:
0:00 Introduction
0:19 About PLA advanced
1:24 About Engineering PLA
3:14 PLA Advanced - 3D printing
5:58 Engineering PLA - 3D printing
9:47 Tensile test
10:30 Layer adhesion test
11:56 Shear stress test
12:18 Bending test
13:04 Torque (twist) test
13:46 IZOD impact test
14:30 Temperature test
15:48 Creep test (C-specimen bending)
17:49 Compression (screw) creep test
18:48 All results
22:05 Conclusions
#filaticum #plafilament #3dprinting
This is the test of two very interesting materials, best PLA for mechanical parts I tested so far. Engineering PLA has great impact resistance and it starts to deform on temperatures near 150°C. The layer adhesion could be a little bit better. Advanced PLA has great layer adhesion and it should be more resistance to high temperatures compared to regular PLA.
Product links:
Engineering: filaticum.com/en/product/filaticum-engineering
PLA advanced: filaticum.com/en/product/filaticum-pla-advanced
Results in Excel table can be downloaded from mytechfun.com/video/211
All material test related videos: mytechfun.com/videos/material_test
Contents:
0:00 Introduction
0:19 About PLA advanced
1:24 About Engineering PLA
3:14 PLA Advanced - 3D printing
5:58 Engineering PLA - 3D printing
9:47 Tensile test
10:30 Layer adhesion test
11:56 Shear stress test
12:18 Bending test
13:04 Torque (twist) test
13:46 IZOD impact test
14:30 Temperature test
15:48 Creep test (C-specimen bending)
17:49 Compression (screw) creep test
18:48 All results
22:05 Conclusions
#filaticum #plafilament #3dprinting