Hydraulic Press Vs. Most Explosive Ball Bearing |1500 frames per second! 

Actually that’s insane to look at

I’d like to know the science behind the lines/red color

Why you guys haven't done a Collab with HPC is a mystery.

y'all need the press, he needs the super mega camera..... "here's your one chance, Clancy don't let me down!" (Reba lol)

You guys should do it

The camera that got knocked over is quite durable as well.

I was thinking exactly the same thing

true

Whoever makes them should buy this clip and use it in their ads for the light bars 🙂

⏸

Remember the brass cylinder that h Shatter a window with four panes in it?1

yea, this video was scary to watch, it got easier after I saw the protection. As the IRA once said: “we (the bearing balls) only have to be lucky once, you will have to be lucky always"

Safety third

If this gets a LOT of views I can rent the same camera. It's quite expensive so I have to pretty sure about the value that it brings :D

@@HydraulicPressChannel 😮👀

@@HydraulicPressChannel You should do a collaboration!

@@HydraulicPressChannel WE NEED THIS!

@@HydraulicPressChannel better get the insurance

Anni's safety plan: Here, take this food. I have a plane to catch. I'll watch on a zoom call once I've landed in Melbourne!

Her laugh at his safety box was freaking great

It was so good to see Anni again!

And her face when she first notices the setup says it all 😂

6:55💯

Was coming to mention a slo-mo guys colab.

Polycarbonate isn't that optically clear, once you get to 200mm i reckon it'd be quite murky.

Could you set up mirrors so it wouldn’t need to be near it?

Steel plate and ballistic glass would probably be cheaper. A regular layer of polycarbonate would probably keep the glass from cracking in most cases, but the glass would be excellent backup protection if anything did make it through.

@@Bob5mith oh I was thinking you could set up a fairly cheap mirror and hide behind something so you don’t even have to worry when the mirror gets destroyed. I’ve seen them do similar stuff with shooting a gun at a mirror and you can get crazy angles

Guess how nervous I was filming this :D

@@HydraulicPressChannel Depends. More or less than when you crushed your first car spring?

@@HydraulicPressChannel I don't know? Were you nervous enough? How thick of a blast Shield do you have? I don't think I'd be in the same room with them at all.

@@HydraulicPressChannel nevermimd Got to 4:12. It looks like you were adequately afraid.

No, I don't get that feeling unless the other person with the loaded firearm is an idiot. Otherwise I actually feel SAFER knowing there is a competent firearm owner near me. Means if someone evil attempts something dumb, I am not alone in stopping their evil ways.

Not anymore. He crushed them all.

No.. people with loaded guns is pretty rare here...

@@AflacMan13 you must be fun at parties...

@@AflacMan13 American spotted!

women get bored easily

@@akjohnny5997 ????????? Yeah just some casual misogyny 😂

@@archangel4670 time to stop being casual. Its time to go pro

Also, if you look closely, it would seem that the metal vapor/sparks is coming out all around the ball bearing, so the camera is looking through this glowing red mist, which adds to the ball bearing appearing red.

It’s amazing. What I think is happening is the bearing is actually red hot. In chemistry and physics, when you break strong bonds they are call exothermic…to release energy. These bond are so strong and are therefore releasing vasts amounts of energy in a short amount of time. Think about it this way. The energy/heat used to form these bonds and the ball is roughly the same amount of heat/energy required to break them. The press is forcing the atoms to break and they can’t just break one at a time but in a series of multiple sheets of atoms which heats up at an exponential rate. You can even see some of the atoms burn up and vaporize to nothingness as the sparks that fizzle out.

@@Maxumized I thought it unlikely that the bearing was actually getting red hot, not because of the chemistry, but because it doesn't continue to stay hot for some time afterwards. If it was actually getting that hot, I would expect some of the fragments to be glowing slightly as well.

yup this is correct

@@quinnobi42 well there are a lot of sparks. Also it could be possible the heat is being caused by the atoms compressing in their crystal structure. The molecular bonds are very strong and the sphere shape is an extraordinarily energy efficient. So a lot of energy can be added to the system as heat until a fracture happens. The heat is converted into kinetic energy and as it breaks apart the bonds in the fragments now have space to instantly re-expand. And if something expands rapidly, it will cool. Its almost like this were an air conditioner but instead of gas refrigerant, its a steel ball.

Good idea. I'd like to see that too.

They are reflective. So what will it measure? Everything but the balls temperature.

Reflection has no affect on infrared temperature reading. Aim at the front of a mirror and the back and you'll get same reading.

@@cbcabs Try the same with a metallic surface. Infrared will not penetrate the glass and therefore will not reach the silver surface.

Yes it will heat up. With many elements a dramatic increase in pressure causes combustion.

Yeah. At first I thought for sure that red colour was reflecting. It maybe that I see some hint of red inside the cuts on the large ball.

Thermal camera is a great idea

Say goodbye for that camera.

Isn't thermal camera blind to the things behind glass?

Not even close. The civilian ones have a limited frame rate and are strictly export controlled at least in the US (ITAR), but I'd image in all EU/NATO countries as well. They do this to make it harder for bad actors to build heat seeking weapons.

Exactly.

This. Watching these explode at 1mil frames per second would be insane.

We humans just love blood and guts fire and destruction xD

Poor choice of words

@@kafkaontheshore9102*Excellent choice of words

The word “ball busting” painfully hurts me.

It's pretty hard to get IR data out from the explosions like this since IR doesn't penetrate polycarbonate

@@HydraulicPressChannel What if Safety Box 10M had one installed into it? Perhaps adjustable for different heights?

@@HydraulicPressChannel I was interested in surface temperature of the heat generated under that kind of pressure. I love your channel! and @beyondThePress!

One ball may have been more worn, different size, different thickness of hard layer, the tool may have reacted differently to each ball causing one to experience more force than the other. Tooling surface might not be perfectly parallel causing one ball to take more force. Lot of subtle variables at play.

Don't think they sell splatterburst targets over there, but it'd be cool to see one next to this

Yup, and yup!

Nah it's called redshift, it's going away from us 😂

@@snikrepak Not what redshifting is.

Just more steel :D

@@HydraulicPressChannel I see. I was thinking a wood core inbetween the metal sheets, or some other material.

@@HydraulicPressChannel Not depleted uranium? :D

Add playing cards and you have the trifecta

The “second sun” slo-mo frames are super cool to see, Never thought it would glow red and have a red ora around it!😃

That was nuts indeed

It's over 9000!

@@darecubtem493 cringe

That would even work

Thanks, you saved me a lot of typing! The red cone effect to the left of the ball would be all the way around and we were looking through it at the front. 💚🐇🐴💚

There is some merit to your comment. Forces move in a straight line. When the downward force acts at 45 degrees there's no upward force from the lower half of the bearing to support the upper half, so unsupported material keeps moving in direction of force, there's shearing all round the bearing in a conical manner. The glow of light is many many hot atoms being ejected from the surface at 45 degrees to motion of hydraulic ram giving the appearance of laser light. The cone of light is visible from all round, but only as lines because that's where you see the greater concentration of particles.

The energy released comes from the press

The round shape will distort the image at lot

@@obi-wankenobi9871 Yeah, with a close fitting tube that would be true. A larger tube shouldn't have that problem, though more expensive.

Its shielded