Uploaded August 2026 | Updated September 2026, 2 weeks ago
PPS-CF is one of the most advanced engineering filaments available for desktop 3D printers. In this video I test its printability, dimensional stability, mechanical properties, creep resistance, and temperature resistance. I also check what happens when a soldering iron touches a 3D printed PPS-CF part.
PPS-CF is one of the most advanced engineering filaments available for desktop 3D printers, combining exceptional temperature resistance with excellent mechanical properties. In this video I test its printability, dimensional stability, strength, creep resistance, and thermal performance. I also check what happens when a soldering iron touches a 3D printed PPS-CF part.
The filament and build plate tested in this video were provided by 3D Matt. The channel is supported by Polymaker.
Product links:
3D Matt: 3d-matt.de/en/materials
If you would like to support this kind of testing, you can do it on Patreon:
patreon.com/mytechfun
Patreon supporters also get access to my filament test spreadsheet with results from hundreds of tested materials.
Chapters:
0:00 Introduction
1:10 About PPS-CF
2:03 3D Matt build plate
2:20 Unboxing
2:42 Filament brittleness
3:03 About the spool
3:50 Drying
4:10 Layer test (3 temperatures)
5:50 Slicer settings
6:15 3D printing
6:36 Bell (sound check)
6:58 More printing
8:08 Touch with soldering iron
9:30 First impressions after printing
9:49 Shrinking
10:11 Tensile test
10:49 Layer adhesion
11:08 Shear test
11:29 Torsion test
12:07 Bending test (span 64 mm)
12:44 Bending test (span 50 mm)
13:27 Impact test (Izod, Charpy)
14:10 Creep test
15:25 All results
16:01 Conclusions
#3dprinting #3dmatt #pps #ppscf #carbonfiber #engineeringfilament #3dprinter #mytechfun #filament
PPS-CF is one of the most advanced engineering filaments available for desktop 3D printers. In this video I test its printability, dimensional stability, mechanical properties, creep resistance, and temperature resistance. I also check what happens when a soldering iron touches a 3D printed PPS-CF part.
PPS-CF is one of the most advanced engineering filaments available for desktop 3D printers, combining exceptional temperature resistance with excellent mechanical properties. In this video I test its printability, dimensional stability, strength, creep resistance, and thermal performance. I also check what happens when a soldering iron touches a 3D printed PPS-CF part.
The filament and build plate tested in this video were provided by 3D Matt. The channel is supported by Polymaker.
Product links:
3D Matt: 3d-matt.de/en/materials
If you would like to support this kind of testing, you can do it on Patreon:
patreon.com/mytechfun
Patreon supporters also get access to my filament test spreadsheet with results from hundreds of tested materials.
Chapters:
0:00 Introduction
1:10 About PPS-CF
2:03 3D Matt build plate
2:20 Unboxing
2:42 Filament brittleness
3:03 About the spool
3:50 Drying
4:10 Layer test (3 temperatures)
5:50 Slicer settings
6:15 3D printing
6:36 Bell (sound check)
6:58 More printing
8:08 Touch with soldering iron
9:30 First impressions after printing
9:49 Shrinking
10:11 Tensile test
10:49 Layer adhesion
11:08 Shear test
11:29 Torsion test
12:07 Bending test (span 64 mm)
12:44 Bending test (span 50 mm)
13:27 Impact test (Izod, Charpy)
14:10 Creep test
15:25 All results
16:01 Conclusions
#3dprinting #3dmatt #pps #ppscf #carbonfiber #engineeringfilament #3dprinter #mytechfun #filament
