*intro music*
(Heavy accent) Welcome to Hydraulic Press Channel
Today we have... very interesting video
We have some non-Newtonian fluid here
And if you are not familiar with the non-Newtonian fluid...
It's fluid, when you are trying to move it slowly
It's completely liquid
But, when you try to move it fast
By, for example, hitting it with hammer
It gets really hard
And we have crushed it once before this video
*sploosh*
But this time we are going to force it to move really fast
and we are going to do that with
Extruder 5000000
*clank*
And the idea is to pour non-Newtonian fluid here
and then
use the press to push this down
like this
and then the fluid has no other chances
than going through this 4 millimeter hole
Like the, for example, hamburgers in our previous video
So they are going to move quite fast
which shouldn't be possible with the non-Newtonian fluid
But the press has also quite good amount of force
So it's going to be really interesting to see what happens
Will the fluid come through,
or will the press stop,
or the extruder explode?
And I'm going to *unintelligible* use the press
that way that there is bit over 200 bars
inside of the extruder
so it should be able to hold that just fine
but just to be sure, I'm going to be really far away
And then if everything is still okay after the non-Newtonian fluid
I have this...
HUGE chunk of heat sensitive thinking putty
poutuu
from Vat19
so this going to be next one if this goes as planned
Yeah, but... Let's start!
Now we are ready to load the extruder
I taped the hole shut
so the stuff is going to hold here while we are doing the setup
and it's really nice now, so...
I'm going to pour it in
And that's pretty good
*clink*
and then we just prop this here...
yep
*timelapse*
Now everything is ready
We are going to use the remote control and be far away.
and I put the press now on and...
and then will we extrude the shit out of the non-Newtonian fluid
(shouting over sounds of machinery)
AND HERE WE GO
bzzzzzzz-kerTHUNK
WHAT THE
Wife: OOOOOOOoooOOO!!!!
Wife: Wooo!
Yeah really nice!
There was a bit of an explosion on the first -
*machinery powers down*
There was like explosion first
start and then it started to go
It was really exciting
I think we have to check the slow motion to see what happened
(peaceful music)
ker-THUNK
(weird blubby sounds)
(more weird blubby sounds)
So I think that was bit too easy
so we made much... uhhh
thicker non-Newtonian fluid
It's really thick
and...
we are going to try again with this
*manly laugh*
REALLY thick
I think this is going to be a challenge for our press
[Swearing in Finnish] It doesn't go in at all.
This is the larger hole
This is about four times the surface area of the small hole
And I weigh 100 kg and it's...
Just moving slowly
(in Finnish) Now it moves
New try, with thicker non-newtonian fluid
And, here we go!
Holy shit!
And it won't move.
I think we are trying with a little bit higher pressure, but not much
New try
So there was over 200 bars inside of our extruder
I have not destroyed it. Yet. Maybe later.
So I am going to take the smaller hole
away. And let's try the bigger hole.
And, here we go!
I think the take-home message from here
is the fact that non-Newtonian fluid is
is either liquid or solid
but not nothing between of them
Because with the smaller hole it didn't move at all.
And with larger hole
it moved quite easily, so I think there isn't like
any middle point there.
And now it's time -
to throw the -
thinking putty in.
Or at least some of it, I'm not sure if this -
all fits here.
It's quite tough.
Yep
And this is really interesting.
This should turn yellow
when it heats up, or it will turn yellow
I have tested it myself.
And because there is quite a lot of power
needed to push it through that
And the - all energy that the press it going to produce
is going to mostly turn into heat, on this moment.
And I hope that the heat is enough
to turn this yellow. I think it would be
a really cool reaction. Now everything is ready.
we have the -
thinking putty inside of the extruder 5000000.
And the smaller hole is installed.
So, I think there might be some problems.
But on the other hand, my wife thinks it's going to be really easy to push that thing out of there.
So let's see.
And here we go!
Lauri: WHAT THE...
Lauri: Why is it doing that?
That's really weird.
Let's try a bit more.
So here is the end result.
It's completely fine after the thing.
Nothing changed it. But it was going really slowly.
So I take this off.
And then we will have -
this thicker thing coming out.
Yeah, let's try this.
So here we go, new try with the bigger hole.
And here we go!
Lauri: It's really slow.
Wooooh!
Yeah! It just needed a little more pressure to work.
So I went a bit over the 250 bar
there was probably about 300 bars inside of the extruder.
But we were out of sight and using remote control
so even if it would have been an explosion, we were -
we would be alright. But the -
added pressure was just the thing that the
thing needed.
And it turned partially yellow.
And most of stayed still orange.
But it came out of the thing and that was the - like - main thing.
And we have also really cool non-Newtonian fluid video's on our another channel
Those are in the end screen.
Be sure to check them out, they are really nice.
Yeah, but I think that's all for today.
Thank you for watching and have a nice day!
And for today's extra content -
we have this -
Jerboa
Or "cherppoa"
It's some kind of jumping rabbit, really big ears.
So it can hear when you are really close to it
and then it will jump on your face and -
destroy you or something like that.
So it's really extremely dangerous and -
we have to deal with it.
Actually this is a completely new kind of extra content.
It's a donut.
There is hole in the middle.