What would you like for us to test next? Thanks for watching!

DUDE ! I wanna hear this man rap

This video is quite informative and nicely done. The test is exactly what I wanted to see.

Great video! I'm surprised how little separation there was in the grand scheme of temps.

popped up in recommend nice job bro this. is sick

Very nice video. Well structured and informative. Good job!

Great video! I appreciate your efforts. Subscribed to see more!

Exactly what the published specs would predict. Nice to see it demonstrated that the published info on these materials is fairly accurate.

That was a great experiment setup. I just ordered my first 3d printer and will keep away from ABS until I get a ventilation system, thanks for the fumes tip.

Great review and nice setup ty

You have good energy 👍👍

A very clear and smart video. Thanks

This video was helpful. Thank you.

Some things to consider: Polymax PC is not pure PC, with its tg around 113c compared to pure PC's tg of 147c. Gizmodorks PC is proper polycarbonate and its HDT@1.8mpa is around 140c. The CF filament you used here was also polycarbonate, however it was blended more than the polymax PC making it easier to print, which resulted in its earlier failure. Normally a filling of glass or carbon fibers increases the HDT of a part AND makes it easier to print. Also printing polycarbonate releases BPA fumes, so venting or filtering it through activated carbon is required.

Liked and sub'd. Fantastic quality for ONLY 274 SUBSCRIBERS??!?! WHAT?!?!

Great video 🙂 I was looking for a test with ASA...but now I got some info about the other filaments.

Excellent presentation, thank you 👍🏻

Great video!!

Awesome video thanks

Thanks for the video, subscribed :-)

Great video. was looking for something exatly like this. i would love to see you test NylonG and NylonX material to see how that stand up to temp. New sub

Very nice! Thanks

Tiny bit of advice here, you should always say/include the name of the plastic being infused with CF, because any plastic can be mixed with it. And as you correctly stated, the filament only has a small % of CF in it. I believe you never say which plastic it is, so I'll assume it's CF PC because of the health risk study you linked.

Nice video, well done, good presentation. You should do more. Would like to see Prusament PC blend in a test, compared to PolyMaker PC

I always print in PC from PolyMaker. and it is true that warping is an issue, if the shape is not right. I get the best results with: Magigoo PC, 120°C printbed, 6round of brim, 275°C Nozzel,. AND importantly you have to remove the part when the printbed is >60°C. If you let it cool down all the way it can destroy glass surfaces.

Hey its Jason from The Good Place!

Awesome test where you have the timer and thermometer on the same screen. Have you made a video where you annealed them? Thanks!!!

Thank you for taking time on this experiment If u Look closely, 114 is the PC failure In my opinion material failure should be marked at the first sight of movement not the last. Also . When you are raising temperature so rapidly parts are not heating as fast so what you are creating is the hot outer layer and colder core. I suggest another test where you increase temperature one degree per minute on small parts like yours . What I have noticed is that Polycarbonate tend to warp somewhere below 85 Celsius and Polymaker one below 79 on 1cm diameter round rod at 72mm length. I also suggest you try Polyamide CF15 I’m not a testing guy but it is working fine for me in temperatures above 100, honestly I have no way of measuring it exactly but I’m confident it will outperform PC-CF5 (my guess 120-130) looking forward to your next video.

that pc company should be paying you lol amazing vid

I knew you had placed the samples in the order of melting temperatures. However, it was interesting to see at what temperatures the materials actually failed.

I'm not a fan of PETG. I still use it occasionally, but it's stringy as hell, and that's not an issue with my machine as I have a direct drive system that is very dialed in, every other material I use prints fantastic but I have never been able to eliminate PETG stringing. That Priline Carbon Fiber Polycarbonate is one of my top filaments, I use that for 90% of my prints, I love that stuff. You need a hardened nozzle to print it, and an all metal hotend because of the temperature requirements, but it prints great with a nice finish, strong, and very temperature resistant.

Great test! I wonder what new filaments we have since this video was made that could show interesting results here. Have you tried any of the ones that you bake/anneal after printing? Thanks for sharing this! 😁

great video! What kind of project are you doing that needs high HDT? We have a composite resin that has much higher HDT while still printable on a resin MSLA printer. We heard you are getting Photo X.

Great video, thank you. Can I ask what your start gcode is to make it possible to do a continuous purge line until it starts printing the skirt? I've been looking everywhere to make a purge line without any retraction!

A lot of tough resins out there with incredibly high temperatures. I believe I've seen some claim 140-160C. I usually mix in some flexible resin with toughness or abs like resin to deliver a similar PETG feel.

great thanks

Great test. Could Nylon (PA12) be a possibility in your project? Maby? It is highly hydroscopic thou. Thanks for sharing your experience with all of us 👍😊

Hey do you possibly know how much lighter carbon fiber filament is to pla? I'm told its light weight but im not sure just how much lighter it is when comparing the two

Nice video, and a great test! I print tons of ABS, and some CF (which in my case is ABS/CF I believe.) Warpage has to be monitored, and must keep in mind the vapors while heating. I have a friend that prints lots of PETG and loves it. I've never tried PLA because I want strength. I've never tried PC before. :-)

Did I miss what the base polymer was with the CF...? Was it a Nylon/polyamide?

As for your test pcs why is the CF not named as a material not an additive to a base material so what the the base material of the CF sample?

well done thx

There's also nylon...

Thanks for this video I was gonna hceck how hot I can make my enclosure and came back here. seems like I don't have to worry about PETG parts in my printer. but damn that PC....

Do you think annealed PLA outperform PC in heatresistance?

that priline pc/cf is not very strong

Surprised actually by the small difference between pla and petg!! How about pla+ i wonder or the new petg+

All in all great video! Gotta say though, that is some weird PETG that needs 240-260 with cooling on, usually it's in the range of 235 and cooling makes it stringy as hell.. Why not try PC\ABS? It supposedly is easier to print and retains the properties of PC well enough, and check annealing, maybe that can get you the result with easier material

will an ender 3 v2 print that filament with carbon fiber ?

Great content but sorry for bringing this up, but could you please consider throwing a LUT or some serious contrast over your footage? If I had to guess, you're shooting S-log or some other flavor of log and while the washed out look can work for certain things, it's not really suited - in my opinion - for an informative YT channel. Actually, you don't even need to shoot in log, you can just pick a punchier profile and skip the LUT step in post altogether;) Anyways, I came here for the PC content and will sub either way;)

Hello, may I know what equipment you use to increase the ambience temperature?

How do ASA, TPU, PLA HT, Nylon compare?

This was a good video. I'm just getting into 3d printing and this information will help me decide which printer to get. The music was unnecessary during the time lapse though. I would have liked to see Nylon 66 included in this test. It would be interesting to see a video testing the tensile strength as well. You could print some I beams and hang weights from the center to see how much load they can hold before they fail.

All this info is already available. A few calculations and you can determine these results.

I would love to have this guys voice announcing 10 degree increments from my printer. Nozzle temp 10 degrees c, 20 degrees etc

We work with Nylon filament that can withstand 200 degrees celcius

Interesting but if PLA holds 60+°C then the weight used was too small to provide data useful for technical parts. The rest is still useful but for non-loas bearing parts.

What about Nylon?

MATE, I made an intake air box for a car out of ABS. I then painted it in an ABS/acetone slurry and it can withstand temps up to 120c.

Now CF Nylon

You need try PEEK or PEI comparison

my temp rankings somewhat match yours lol. For some reason pc cf has lower temp resistance than polymaker pc which already has a lower temp resistance in lieu of lower printability

i dont know why you havent tested nylon, its should be there in the test its more popular than polycarbonate

Yep never go back to priline carbon Fiber PC again. It mostly abs with little PC. I test mechanical strength is weaker than Pure PC like 3dxtech have. Polymax is a better version but up to 113 °C. The point in here that if it expose to long term temperature can cause deformity thus the best to go if you want real pure PC up to 145°C softening point and 137°C heat deflection but with some degree of difficult hard to print a big piece warping free is 3dxtech PC cor Gizmo Dork PC ( clear).

This Is Carbon fiber it is not going to create anymore toxic fumes than the regular plastic

Carbon fiber combined with what tho

Looks like petg is the best in overall. My projects would definitely not being exposed to 60 celcius and above.

try some SLA printed resins, they can withstand 200+ degrees C

looks like wood is the real winner here

PETG is non-toxic! Not to be confused with ABS!

more lighting

Too fast temperature increasement!, You did not take into account the temperature gradient (adhesion). Result are totally wrong. PLA will fail about 50-60c. In your case, when air temperature was 85c - inside temperature of material was about 55c.

Hopefully that’s not the oven you use to cook your food lol.

Ummm?

They are nano tubes....

Where's CLA?

Too loud background music

Pc CF .....

Real PC needs more than 310c

Nice effort, but this experiment doesn't have any sense. You are changing temperature way too fast, the material did not reach the temperature you are measuring. So all the temperatures are much higher than what actual materials can withstand. You should have let it exposed to each temperature for at least several hours (days, even better), and then you could get some real numbers. For example, I have got PETG bending at just over 50°C, and ABS bending at only few °C more, when under some load.

carbon fiber what bruh🤨

wood is the best

Kind of obvious lol