@@statinskill in this specific test yes. We have no knowledge of where those samples actually came from and a true test would be multiple samples from each country using multiple steel suppliers. Just saying…
@@statinskill It would actually be a failure if the didn't come first, their best quality in terms of metal production during the USSR was achieved with steel alloys; it was the thing they were best at, and they always had a tendency to overharden everything steel, which is good in some applications, bad in others.
@@tegrqbarv0510 The reason is the contact surface, is just an small area the contact between the hardest steel and the ceramic ball. In consequence, the applied stress is so high that the steel breaks.
It’s because of the small surface area at the point of contact to the press and the strength of a sphere. Plies the tool head could have been a non hardened piece for dramatic effect. This video is very suss to me with the hardness and outcomes and no ceramic ball test of US steel.
This puts into perspective how amazing steel alloys are and why a lot of our world is built from steel. Seeing the tungsten squish more than the steel was fascinating. Seeing the ceramic split the steel of the press was astonishing
Hardness usually isn't the only quality you want from steel unless you are using it for tools or something that hardness is the most desired quality. For buildings you need the right mixture of hardness and resilience or corrosion resistance for example. There are vast number of different steel alloys with different qualities for different use cases. Other metal alloys may have better desired qualities sometimes but they can be too expensive compared to steel products
Not sure about astonishing. The ceramic ball was proven to be quite hard so it effectively was transferring all the energy of the press to the point where the ball interacted with the block. All that energy on a single point yeh even really strong steel is only so strong and it had already suffered stress from its own testing (you can see little stress cracks in the blocks).
For context, this is the cheaper material used for body armor. *Cheaper Considering kevlar exists. But yea, most commercially available ballistic vests for law enforcement is made of ceramic armor plates, made to withstand multiple shots of rifle bullets. Most bullets are made of lead... We seen how much lead bends with a a hydraulic press, and a ceramic ball broke a press...
@@TheHammerGuy94 Kevlar is used mostly because it's lightweight and can be used to make something like a cloth. So it's armor plates inside kevlar vest. Lead is used because it's hard enough against human flesh but it's way softer than barrel of a gun so it can shoot tens of thousands of bullets.
So the reason the steel is so much stronger than the pure metals like tungsten and aluminum is because in an alloy the intermixture of carbon and steel break up the crystalline structure of the metal. Unalloyed metals are pretty uniform, so once enough energy is applied on the Y axis, the mass shifts on the X axis. With alloys, the intermix causes deformation and structure that act as bracing on a molecular level. As the steel cools, millions of tiny pockets of varying concentration precipitate out at random as the steel fixes. The result is an internal structure that is far stronger than the pure, crystalline metal. Then when you process the steel, you are actually manipulating these structures into more effective shapes, fixing them when the steel is quenched and hardened. It's a huge science and really interesting to see it in action.
очень много стали маркируют как HSS но на самом деле это какая-то подъеба, особенно если заказывать из китая. настоящая HSS особенно та которая с 8% кобальта на самом деле очень твердая и износоустойчивая. но вообще да, именно так
I work at a heavy machine shop. We have a 100 ton press. I'll personally not be trying this at home because the chances of something becoming a projectile enough to scare most sane people.
This video contains no information on the source of these materials or heat treatment info. A few things to, m35 is not the hardest, m42 is and both aren't 69 hrc, around 64 hrc. If you need the hardest steel look for Rex 121, an American steel regarded as the hardest up to 71 hrc.
Этот эксперимент лишь малая часть работы технологов. Четвертый год обучаюсь металлургии, знаю в общих чертах производство, но никак не могу выбрать область в которой хотел бы работать, всё нравится) Если кто-нибудь знает проблемы измерения плоскостности горячекатанного листа, то я был бы рад послушать
(переводчик Google) Вы можете поступить на инженера по материалам и специализироваться в этой области. Исходя из того, что я понял по вашему вопросу, я бы сказал, что это будет неточность в измерении, из-за неравномерного расширения пластины.
over 80 tons, that is 160,000 pounds per single 1/4 inch. Imagine if there was just a 1/4 inch thick weld by 1/4 long. It could support a big rig. Wild to think of that.
Salut. Je suis impressionné, jamais je n'aurais cru, malgré les traitements subis, que de l'acier serait plus dur que du tungstène. Les russes ont clairement une longueur d'avance, même si elle est minime, sur leur technologie de l'acier... Merci, vraiment intéressant.
65HRC is almost the hardest one for the alloy steels. so as you can see the platform is pressed with a little pit. also due to its extremely high hardness, it's so brittle and cracked into pieces after being pressed by a steel ball
You can prevent that with a better case hardening method though, and steels can go over 65 hrc. It is not uncommon to sometimes see 67-68 hrc surface hardness (it's usually nitriding)
You might try M42 for kicks if you want. It's a cobalt HSS like M35 but harder. I don't know that it's any stronger in terms of compressive strength. Both are used for high quality drill bits since they retain a hard edge at significantly high temperatures.
What metal are the two cylinders the press uses, made from? I've always wondered that. Same thing with molten steel. The crucible where the steel is mixed obviously has to be stronger than the steel to withstand the temperatures reached during the process.
I also wonder about these cylinders but for the steel I can tell you that the most common thing on a small scale is graphite or alumina. I'm not sure what modern steel mills use, but the big Bessemer converters back in the day were mostly steel but lined with ceramic on the inside to insulate them.
The crucible used for holding molten steel are lined with refractory. I'm not sure what it's made from but from my knowledge was and/or is still commonly used in those type of applications.
The Russian steel started flexing earlier than the two, but I am guessing it resisted malleability more and that's why it has less deformation when compared to the new cube.
@@Spencer19165 ryan... definitions for a snow flake are a person who hide and draw with crayons and not telling others all usa can sell this day are nothing... not even a war... so re define your comment
@@torbisoder4768 I say don't dish it out unless you can take it.... And the definition of a "snowflake" is a individual crystal of ice formed in the atmosphere
@@nigelsmith7366 nigel... thats the old definition.. who ever come up with the new one.. i rather not be involved in this definition... i guess this definition was evolving out of California.... as it is definitely a American side most genuine yankee doodles are ashamed of
My Dad worked 37 years at Timken Roller Bearing he said they used the best chrome steel available, there are train bearings that have 10 million miles on them. 👍🇺🇸🇺🇸🇺🇸
@@detroitwhat4017 yessir , I guess Dad knew the ol Man himself Henry Timken , if we wouldn’t have sold out to Japanese steel in the late 70’s early 80’s, places like Canton would still be thriving, but I won’t start waving the flag.
Not steel, but housing test observation after a mudslide in Sausalito, about 1980. All the houses were swept away except 1 really old house in the center of the mud flow, in which the mud was forced around it to a height of about 8 feet high. Houses back then were built with old growth timber and a 2 x 4 was 2" x 4", not 1 7/16" x 3 7/16" of new growth. The operative word is old growth which is far stronger. Old growth didn't warp or shrink & was super dense.
Bravo, another good video. I have used hss and M35 cutting tools for years. Not familiar with the Russian tool steel. What material are the bolster plated made from? Got to have very high pressure properties. Thank you for sharing.
There's even better alloy thats used in drill bits in Russia. Called P6M5K5 if I remember right. got cobalt in it. 5 is the % from overall mass of steel. P is steel with tungsten, M is molybdenum and K is K is cobalt. Drill bits made from this alloy are really hard.
@@LADY_JEMIMA_FORTESCUE Actually peoples fear Russia More now. You are just seeing fake west media. See Carefully first, NATO and US both refused to help Ukraine, and no country in the world tried to go against Russia. Russia Openly proved again that it alone is enough for entire NATO.
Here is a video from the main channel of the author, on the assembly of a hydraulic press: ruclips.net/video/4BbG6or2fz4/видео.html The video is in Russian language, but I think if you want to see how it looks like this is enough)
I thought that HY 100 steel was the most difficult to work with. They tried to use it for the pressure hull of the Virginia class subs but it was too difficult to weld.
An anecdote for you: here in Russia we build submarine hulls out of titan alloys (apparently, we have plenty of it). In US they build SR71 Blackbird out of titan; we make filters for water, shovels and pots out of it, I've seen some myself. I guess, a titan paperweight is next. It would be funny if it weren't so sad.
@@Saiga-saiga Видимо, по этой причине американцы делают из титана сверхскоростные самолёты-разведчики и прочую дефицитную лабуду, а мы - фильтры для воды, кастрюли и лопаты.
The reason the ceramic ball soloed the steel is because unlike the press, all the pressure is being applied to one spot, while the press evenly applies the pressure due to the flat surface it had
There are a great deal of products ( and skills) from Russia that are made to last..... it is a shame that the Western countries demonize Russia so much. Full of engineers, scientists, astrophysicists, vast and diverse country, full of natural resources and amazing landscapes and people. Mad respect for Russia, despite decades of antiRussia propaganda in North American film and tv industry.
@@macarthur3169 мы очень мирные, но зря ваш Байден влез в наши разборки с Украиной. Теперь экономика США пойдет вниз. Это конец америуанского мировоготпооядка и рассвет нового русско-китайского. Самый адекватный президент был Дональд Трамп, он знал, что с русскими не надо воевать,с русскими надо дружить. Привет из России)😊😘
It would also be interesting to know the cost per metric tonne for each variant. Nb somewhat related to the above, these are not the hardest , but the hardest whilst being manufactured to a relatively common commercial standard.
@@yunellenriqueberdugogonzal6164 Fuck The What? Do you think that your steel is more stronger than Russia? Will your wrong, your state of the art products is now scrap today Russia and China is the most advance than the u.s.a. and try to review this video and compare it properly so that you see the difference.
@@rated-gr3983 on board our China built ships, well call the RVS 'rusts very swiftly'... That's all I can say on the matter, but in the end, in any country, you get what you pay for.
The quality of steel is a function of hardness and strength. Very hard steel is also brittle and will fracture easily. Steel that does not fracture is stronger. The type of steel you get depends on what is added to it. So it depends on what exactly you plan to do with the steel, you adjust the specific qualities accordingly.
Kinds hard to draw our own conclusions of the results by eyesight on our screen. You could've used a micrometer to exactly measure for us the clear winner.
Well to be fair the Russian piece only reached around 95 tons while the American one reached 100 tons. They both began to deform around the 90-95 ton marker though so measuring by deformation makes no sense because the loads weren’t equal.
yes that is also cane be a reason why is the American get bit more deformed than Russian . But you see that , what i had mentioned , there is a different between , and the USA piece has deformed more.
You should have marked the Max pressure on each of the plaina "Steel Bloco Test", like you did on the ceramic ball Stella test. That esa the most interesting dada os Thais test and wasn't emphasised. I has trouble reading the pressure gauge numbers on my mobile.
In all honesty, it would be better to go for a certain tonnage and then compare the compression of materials in the first experiment. You can't really stop at an exact height of the cube being pushed through, so at least try to equalize the other parameter to go off of
Just 2 cents in there, having lost the least shape does not necessarily make it a better steel. Steel that is too tensile will shatter under the perpendicular stress. Steel should have a small amount of flex to keep this from happening.
You don't use the same steel for all jobs, if you want a steel that is more flexible you wouldn't use any of these. All the steels here are high speed tool steels, used for metal processing. They need to be harder than the metal they process.
I’d have those sample size metals tested, I wouldn’t be surprised if they aren’t the metals they claim to be, not suggesting dishonesty on the RUclipsrs part, but they’re all over eBay, and it wouldn’t be hard to falsify it, I’m surprised at how easily titanium and tungsten both crushed that easily and quickly
exactly, i was amazed to see tungsten being that plyable... it should be harder than HSS (keep in mind that concrete drill bits use tungsten tip with HSS body, so by theory, tungsten should be in top tier in hardeness)
Развлечения
Damn. I was going to try this at home. Then I realised that I didn't have a 500 tonne hydraulic press. Damn.
You can use my brother instead of hudraulic press
You can use my sister instead of his brother
You can use these 2 imbeciles instead of hydraulic press
Mom jokes: allow us to introduce ourselves
@@foxyy2048...or @user-wk7xo9vc6j 's mom!
In Russia, steel compresses you.
*Soviet Russia*
I would say that will happen everywhere
@@gintry2 that was a Soviet joke u didn't get it
Turn right at Fork in road!
It indeed does, because safety measures are neglected.
Can we just take a moment to appreciate the fact that on an atomic level, these materials are all held together by simple electrical bonds.
Right after we appreciate that Russia has the best steel way ahead of China and the US.
@@statinskill in this specific test yes. We have no knowledge of where those samples actually came from and a true test would be multiple samples from each country using multiple steel suppliers. Just saying…
@@statinskill It would actually be a failure if the didn't come first, their best quality in terms of metal production during the USSR was achieved with steel alloys; it was the thing they were best at, and they always had a tendency to overharden everything steel, which is good in some applications, bad in others.
Plot twist: They are all from China
@@rxpsycho7326 you sound salty. You should be questioning the channel
Hardened Steel: "I fear no man but that thing"
**Ceramic ball**
It scares me."
Dont meet him alone 😅
Yo for real what's up with the ceramic ball
@@brandonzacher5263 Balls are made of ceramics. It can break the press because the shape or you can google to know more
@@tegrqbarv0510 The reason is the contact surface, is just an small area the contact between the hardest steel and the ceramic ball. In consequence, the applied stress is so high that the steel breaks.
It’s because of the small surface area at the point of contact to the press and the strength of a sphere. Plies the tool head could have been a non hardened piece for dramatic effect. This video is very suss to me with the hardness and outcomes and no ceramic ball test of US steel.
I always thought this press was huge till I seen your fingers lol
@Edward Elizabeth Hitler yes
He may have massive fingers. 🤔
Same
He has hulk hands. Those cubes are actually 4 inches a side
it's still impressive
This puts into perspective how amazing steel alloys are and why a lot of our world is built from steel. Seeing the tungsten squish more than the steel was fascinating. Seeing the ceramic split the steel of the press was astonishing
Yeah but those steels were definitely forged, and the tungsten definitely wasn’t.
Hardness usually isn't the only quality you want from steel unless you are using it for tools or something that hardness is the most desired quality. For buildings you need the right mixture of hardness and resilience or corrosion resistance for example. There are vast number of different steel alloys with different qualities for different use cases. Other metal alloys may have better desired qualities sometimes but they can be too expensive compared to steel products
Raw tungsten is one thing. Tungsten Carbide on the other hand...
@@paulinadeluca9117 It is not the forging. It is the heat treatment that matters.
Not sure about astonishing. The ceramic ball was proven to be quite hard so it effectively was transferring all the energy of the press to the point where the ball interacted with the block. All that energy on a single point yeh even really strong steel is only so strong and it had already suffered stress from its own testing (you can see little stress cracks in the blocks).
Болел за наш кубик как на Олимпийских играх! С победой, товарищи русские и народы России!
😆
😂😂😂🇷🇺
видео фейк. 😂
@@ChatJokey пруфы?
@@yYouNone ты чо, каждый американец знает что наши спортсмены в олимпийских играх на стероидах сидят
I’m impressed with the Russian.
😎
They stole it from the Czech
When the ceramic ball broke the press I kind of went wide eyed.
I know, right? Check me on this...ceramic is baked clay, right?
@@jbrisby this one probably not
For context, this is the cheaper material used for body armor.
*Cheaper
Considering kevlar exists.
But yea, most commercially available ballistic vests for law enforcement is made of ceramic armor plates, made to withstand multiple shots of rifle bullets.
Most bullets are made of lead...
We seen how much lead bends with a a hydraulic press, and a ceramic ball broke a press...
@@TheHammerGuy94 Kevlar is used mostly because it's lightweight and can be used to make something like a cloth.
So it's armor plates inside kevlar vest.
Lead is used because it's hard enough against human flesh but it's way softer than barrel of a gun so it can shoot tens of thousands of bullets.
@@TheHammerGuy94 I think the shape of that ceramic ball had as much to do with damaging the press as much as anything. Just my opinion.
So the reason the steel is so much stronger than the pure metals like tungsten and aluminum is because in an alloy the intermixture of carbon and steel break up the crystalline structure of the metal. Unalloyed metals are pretty uniform, so once enough energy is applied on the Y axis, the mass shifts on the X axis. With alloys, the intermix causes deformation and structure that act as bracing on a molecular level. As the steel cools, millions of tiny pockets of varying concentration precipitate out at random as the steel fixes. The result is an internal structure that is far stronger than the pure, crystalline metal. Then when you process the steel, you are actually manipulating these structures into more effective shapes, fixing them when the steel is quenched and hardened. It's a huge science and really interesting to see it in action.
Thx for your description
Crystalline is an improper term. You mean lattice.
@@lilyflower91 true. Lazy terminology on my part.
intermixture? = mixture
Very complex. Definitely a huge science. Really fascinating material.
USA and China: oh no hydraulic press scary Russia: is nothing
That is some high quality Stalinium
@@ber_gx2966as russian i'll open a secret of power of russian steel, on russian it's sounds like STAL', it use the power of Stalin
Actually Russia was the weakest, China was the strongest. Russia started getting squished at around 80, USA around 90 and China just over 100.
Also he used more force on those two rather than the Russian one
@@slonya_4982Сталь
Р6М5 действительно хорошая сталь. Например, свёрла по металлу Р6М5 в разы лучше HSS
очень много стали маркируют как HSS но на самом деле это какая-то подъеба, особенно если заказывать из китая. настоящая HSS особенно та которая с 8% кобальта на самом деле очень твердая и износоустойчивая. но вообще да, именно так
Got to love the disclaimer at the start about not trying this at home. Hands up how many of you have an industrial press in the back yard 🤣.
I work at a heavy machine shop. We have a 100 ton press. I'll personally not be trying this at home because the chances of something becoming a projectile enough to scare most sane people.
break out the old nut cracker
This video contains no information on the source of these materials or heat treatment info. A few things to, m35 is not the hardest, m42 is and both aren't 69 hrc, around 64 hrc. If you need the hardest steel look for Rex 121, an American steel regarded as the hardest up to 71 hrc.
this comment deserves more respect. nice info, i appreciate
The press assy must be made out of REX 121.
But the real Hillary Rodham Clinton is the hardest HRC of all.
Thanks for the correct information!
Thanks. God bless.
Этот эксперимент лишь малая часть работы технологов. Четвертый год обучаюсь металлургии, знаю в общих чертах производство, но никак не могу выбрать область в которой хотел бы работать, всё нравится) Если кто-нибудь знает проблемы измерения плоскостности горячекатанного листа, то я был бы рад послушать
(переводчик Google) Вы можете поступить на инженера по материалам и специализироваться в этой области. Исходя из того, что я понял по вашему вопросу, я бы сказал, что это будет неточность в измерении, из-за неравномерного расширения пластины.
Вы можете стать блогером и снимать видео о твёрдости гвоздей и влияния на нее солнечной активности. Главное, что не нужен 500 тонный пресс!
Студент-металлург не Анатолий, случаем?)))
Imagine a shelter made out of the Russian steel
Imagine a main battle tank made out of the Russian steel
It won't save you against the sh*t that flying with x8 speed of sound tho
That's where Putin is hiding
What about Stalinium )))))))
@@Guardrailkid Stalin means means man of steel hahaha.
Всем мира, добра и позитива 🇷🇺🤝🇺🇸🤝🇨🇳
👍👍👍👍
sure～
GET OUT OF UKRAINE‼️😠🤬
Кто тоже сидел, "болел" за свой кубик? 🤣🤣🤣
Same to you.
It is nuts to think those little cubes can withstand that pressure
over 80 tons, that is 160,000 pounds per single 1/4 inch. Imagine if there was just a 1/4 inch thick weld by 1/4 long. It could support a big rig. Wild to think of that.
@@superchuck3259 not quite. leverage is your enemy
@@superchuck3259 the cube is not 1/4 inch
@@superchuck3259 Don't be so uncivilized and use metric, American.
Salut. Je suis impressionné, jamais je n'aurais cru, malgré les traitements subis, que de l'acier serait plus dur que du tungstène. Les russes ont clairement une longueur d'avance, même si elle est minime, sur leur technologie de l'acier...
Merci, vraiment intéressant.
In Russia, the hardest steel press hydraulic press.
The Russian hardened steel look more harder than the US ones lmfao 😹😹😹
Я сам в шоке
@@duche_boyда быстрорез удивляет
The thing is - there was astonishingly little difference between them all
Also harder steel isn't always better
@@KnightMinson cope
65HRC is almost the hardest one for the alloy steels. so as you can see the platform is pressed with a little pit.
also due to its extremely high hardness, it's so brittle and cracked into pieces after being pressed by a steel ball
You can prevent that with a better case hardening method though, and steels can go over 65 hrc. It is not uncommon to sometimes see 67-68 hrc surface hardness (it's usually nitriding)
i happened to drop such a steel tool on the floor ( lathe tool ) it broke like glass !
I have a 50 ton press and used to like to crush things in it. This channel is much safer. Thank you
Digging the subtle t2 inspired music in the background. Def fits the theme of crushing metals
You might try M42 for kicks if you want. It's a cobalt HSS like M35 but harder. I don't know that it's any stronger in terms of compressive strength. Both are used for high quality drill bits since they retain a hard edge at significantly high temperatures.
Надо сравнить М42 с русской Р18
My grandfather's 70 year old sledge hammer is tougher than all of these.
++++++++
That's actually true as it's funny! You know why? because Carbon steel, get's better as it olds! It get's stronger, way more dense!!
You haven't see the soviet-time kindergarten wooden chair
@@g00sepocalypse soviet style apartment complex 🌚
Grandfather's hammer was made by love, and imbued with his passion
3:44 The "new" is the strongest of all, not even a scratch!
Esa sólo la puso para comprarar cuanto se comprimieron los demás metales.
@@erickherrerapena8981 oh yeah ?
What metal are the two cylinders the press uses, made from? I've always wondered that. Same thing with molten steel. The crucible where the steel is mixed obviously has to be stronger than the steel to withstand the temperatures reached during the process.
Indeed
I also wonder about these cylinders but for the steel I can tell you that the most common thing on a small scale is graphite or alumina. I'm not sure what modern steel mills use, but the big Bessemer converters back in the day were mostly steel but lined with ceramic on the inside to insulate them.
The crucible used for holding molten steel are lined with refractory. I'm not sure what it's made from but from my knowledge was and/or is still commonly used in those type of applications.
Adamantium lined with Vibranium. Pure Vibranium is too expensive.
I figured they used “unobtainium”
The Russian steel started flexing earlier than the two, but I am guessing it resisted malleability more and that's why it has less deformation when compared to the new cube.
Its one of the principles of Russian reactive armor
Russian one was the hardest, while chinese steel is the squishiest.
Man, now I'm hungry for some aluminum cookies! 💪😎
So satisfying to watch! The ceramic ball was awesome...
Would have like to seen the US and the ceramic ball.
it just proves it ..us are a softi😂
@@torbisoder4768 ok snow flake
@@Spencer19165 ryan... definitions for a snow flake are a person who hide and draw with crayons
and not telling others all usa can sell this day are nothing...
not even a war...
so re define your comment
@@torbisoder4768 I say don't dish it out unless you can take it.... And the definition of a "snowflake" is a individual crystal of ice formed in the atmosphere
@@nigelsmith7366 nigel...
thats the old definition..
who ever come up with the new one..
i rather not be involved in this definition...
i guess this definition was evolving out of California....
as it is definitely a American side most genuine yankee doodles are ashamed of
My Dad worked 37 years at Timken Roller Bearing he said they used the best chrome steel available, there are train bearings that have 10 million miles on them. 👍🇺🇸🇺🇸🇺🇸
Canton in the house!
@@detroitwhat4017 yessir , I guess Dad knew the ol Man himself Henry Timken , if we wouldn’t have sold out to Japanese steel in the late 70’s early 80’s, places like Canton would still be thriving, but I won’t start waving the flag.
Thanks for showing Iron vs. Steel. Shows how far materials tech has evolved in less than 150 years. Kinda scary.
150 years?
I'm shocked at the amount of dislikes.... so a thumbs up for you 👍
Enjoy your videos alot, keep going 👌
Not steel, but housing test observation after a mudslide in Sausalito, about 1980. All the houses were swept away except 1 really old house in the center of the mud flow, in which the mud was forced around it to a height of about 8 feet high. Houses back then were built with old growth timber and a 2 x 4 was 2" x 4", not 1 7/16" x 3 7/16" of new growth. The operative word is old growth which is far stronger. Old growth didn't warp or shrink & was super dense.
Hardness is technically a materials resistance to scratching and abrasion. These materials are being tested for compressive strength
The ceramic ball showed pretty well what hardness means
The chill terminator music in the background was a nice touch. 👌
I really loved the video, but must admit I enjoy the comments just as well.
Bravo, another good video. I have used hss and M35 cutting tools for years. Not familiar with the Russian tool steel. What material are the bolster plated made from? Got to have very high pressure properties. Thank you for sharing.
There's even better alloy thats used in drill bits in Russia. Called P6M5K5 if I remember right. got cobalt in it. 5 is the % from overall mass of steel. P is steel with tungsten, M is molybdenum and K is K is cobalt. Drill bits made from this alloy are really hard.
@@srg.graphouni6628 Thank you for sharing. That's good to know.
Insane how much pressure ceramics can take
The music is giving it some major "Terminator" vibes. Pretty cool.
Man, your lens are awesome!
For the first time the press is not lying.
so it looks like the Russian steel compressed less than the American how come you didn't do the ceramic ball on the American steel?
That's the reason US fears Russia war machines 😂
no one 'fears' russian weapon after the fiasco in ukraine.
@@LADY_JEMIMA_FORTESCUE Actually peoples fear Russia More now. You are just seeing fake west media. See Carefully first, NATO and US both refused to help Ukraine, and no country in the world tried to go against Russia. Russia Openly proved again that it alone is enough for entire NATO.
He doesn't want cia visit.
@@Blitzkers99 look to the war in Ukraine =))
Super exciting test!
The ceramic ball broke the steel press because the contact point of a sphere is infinitely sharp.
its not because of slight microbumps in both ceramic and press
but its still high
USA VS Ceramic ball?
Yes
youtube banned
Bueno caballeros, si no vi mal, el metal que más resistió, fue el ruso ... 🤷
Viste bien.
Yo también lo vi
En efecto mi estimado.
Cool Channel. Very cool. Thanks
"I've got balls of Ceramic!"
Doesn't quite have the same ring to it.
What I want to know is how did you get Chuck Norris's left ball?? 😂
I do wish that titanium alloy and tungsten carbide had been done as well, but interesting.
"DONOT REPEAT AT HOME
THEN WHAT YOU SAW IN THIS VIDEO"
~Dang here goes my weekend plans
I was wondering if you were going to end up with a divot on your cylinders...you did. Cool vid!
Can you show the entire press please? I’m curious to see how the base is flexing.
Here is a video from the main channel of the author, on the assembly of a hydraulic press: ruclips.net/video/4BbG6or2fz4/видео.html
The video is in Russian language, but I think if you want to see how it looks like this is enough)
@@user-ib4uw9yd1g thanks
Why didn't you test the ceramic ball with the us steel?
It's a disappointing ending but I still enjoyed the video and appreciate your hard work!
Don't you by chance think that the main character of the vid is the US cube? XD
Steel is an alloy of many elements seen here. So when you mix these elements together you get an even stronger metal.
I thought that HY 100 steel was the most difficult to work with. They tried to use it for the pressure hull of the Virginia class subs but it was too difficult to weld.
Both Seawolf and Virginia class submarines use Hy-100 steel
An anecdote for you: here in Russia we build submarine hulls out of titan alloys (apparently, we have plenty of it). In US they build SR71 Blackbird out of titan; we make filters for water, shovels and pots out of it, I've seen some myself. I guess, a titan paperweight is next. It would be funny if it weren't so sad.
@@Johnny_3_D ВСМПО-Ависма крупнейший производитель Титана в мире потому что, у них нет конкурентов
@@Saiga-saiga Видимо, по этой причине американцы делают из титана сверхскоростные самолёты-разведчики и прочую дефицитную лабуду, а мы - фильтры для воды, кастрюли и лопаты.
Virginia class solos every sub in the world 🇺🇲🦅
🇷🇸🇷🇺🇨🇳👊
Would love to see your hydraulic press pressing another hydraulic press.
🇷🇺🤜🏻🇺🇦☠️
That tiny block can withstand 100 tons?!? Wth.
The reason the ceramic ball soloed the steel is because unlike the press, all the pressure is being applied to one spot, while the press evenly applies the pressure due to the flat surface it had
Russian steel is the best of all!
Goida
If im not blind i think i saw that the russian steel got crushed the least so ur right
There are a great deal of products ( and skills) from Russia that are made to last..... it is a shame that the Western countries demonize Russia so much.
Full of engineers, scientists, astrophysicists, vast and diverse country, full of natural resources and amazing landscapes and people. Mad respect for Russia, despite decades of antiRussia propaganda in North American film and tv industry.
Nobody is against Russia or the Russians but the Russian government is a different story.
@@macarthur3169 мы очень мирные, но зря ваш Байден влез в наши разборки с Украиной. Теперь экономика США пойдет вниз. Это конец америуанского мировоготпооядка и рассвет нового русско-китайского. Самый адекватный президент был Дональд Трамп, он знал, что с русскими не надо воевать,с русскими надо дружить. Привет из России)😊😘
Nobody demonizes russia more than russia itself. Would you like to come over to Ukraine to see what russian orks did in Bucha?
It would also be interesting to know the cost per metric tonne for each variant.
Nb somewhat related to the above, these are not the hardest , but the hardest whilst being manufactured to a relatively common commercial standard.
the terminator theme totally works for this subject
1. Russia
2. USA
3. China
WTF??
@@yunellenriqueberdugogonzal6164 Fuck The What? Do you think that your steel is more stronger than Russia? Will your wrong, your state of the art products is now scrap today Russia and China is the most advance than the u.s.a. and try to review this video and compare it properly so that you see the difference.
@@rated-gr3983 Claro, yo no digo lo contrario, es que el orden que pones esta mal para lo que muestra el video, 1. Rusia 2. China 3. U.S.A.
@@rated-gr3983 on board our China built ships, well call the RVS 'rusts very swiftly'... That's all I can say on the matter, but in the end, in any country, you get what you pay for.
Russia😎😎😎
Thank papa Stalin
Steel: Squished.
Ceramic ball: Breaks press
Did the first samples you pressed come from some kind of kit? I ask because I think it would be cool to have samples like that
i think that from ali
I was really disappointed that the max pressure and the time under max pressure was noticeably different for every steel sample.
👍💯
how did a ceramic ball break a hydraulic pressure???!!!! 😱
It's because of the shape
lol the "ball balanced on top of cube" experiment seems like a great way to make nice holes in the wall
British Steel would be awesome to listen to in the next video!
Just out of curiosity: how much did you pay for the cubes ? what is the average cost of a video like this ?
Me want to lnow
@Imontothem i want know too
@Imontothem About Tree Fiddy . . . (in Chef's Parent's voice.)
And the parts for the press.
I Love Rusia 🇷🇺
You really shouldn t especially in this time
Слава Богу
ZOV💪🏻🇷🇺
I hate russia
The quality of steel is a function of hardness and strength. Very hard steel is also brittle and will fracture easily. Steel that does not fracture is stronger. The type of steel you get depends on what is added to it.
So it depends on what exactly you plan to do with the steel, you adjust the specific qualities accordingly.
Btw, what type of steel is you hydraulic plates made of?? Cause it's tougher than the other metals...
Kinds hard to draw our own conclusions of the results by eyesight on our screen. You could've used a micrometer to exactly measure for us the clear winner.
@Edward Elizabeth Hitler Well, the Chinese one was clearly (and unsurprisingly) inferior. US .vs Russian was much closer.
Russian was the winner . You can see that clearly .
Well to be fair the Russian piece only reached around 95 tons while the American one reached 100 tons. They both began to deform around the 90-95 ton marker though so measuring by deformation makes no sense because the loads weren’t equal.
yes that is also cane be a reason why is the American get bit more deformed than Russian . But you see that , what i had mentioned , there is a different between , and the USA piece has deformed more.
@@aidanatkinson7717 That's what I meant, give the russian a little more & it would've been more equal.
I’ve never seen 40% of bender crushed so many times over
hi . what ?
Bender is 40% Titanium.
@@parkershaw8529 i dont think so
Dang dude, you making these metals look like Play-Doh.
You should have marked the Max pressure on each of the plaina "Steel Bloco Test", like you did on the ceramic ball Stella test.
That esa the most interesting dada os Thais test and wasn't emphasised.
I has trouble reading the pressure gauge numbers on my mobile.
Second one's initials should have been HFS for Harbor Freight steel.
If three types of the strongest steels that are crushed are shown here, then what is the press piston made of?))
Can somebody tell me how you got those cubes that would be awesome. They are really cool and I like the way they look
The background music reminds me of something related to the Terminator movies.
What is amazing that the RC 69 USA steel didn't shatter.
Probably 10$\cube
Who else here covers their eyes a bit for fear metal scraps will pop out the screen and hit you 🤣
Press: Do you yield?
Ceramic ball: (laughs) I do not.
Please do one with Vibranium
In all honesty, it would be better to go for a certain tonnage and then compare the compression of materials in the first experiment. You can't really stop at an exact height of the cube being pushed through, so at least try to equalize the other parameter to go off of
The symbolism in this video is strong 🔥
What conclusions were you trying develop? Pressure or shear?
lolll the terminator soundtrack, priceless
Just 2 cents in there, having lost the least shape does not necessarily make it a better steel. Steel that is too tensile will shatter under the perpendicular stress. Steel should have a small amount of flex to keep this from happening.
You don't use the same steel for all jobs, if you want a steel that is more flexible you wouldn't use any of these.
All the steels here are high speed tool steels, used for metal processing. They need to be harder than the metal they process.
I’d have those sample size metals tested, I wouldn’t be surprised if they aren’t the metals they claim to be, not suggesting dishonesty on the RUclipsrs part, but they’re all over eBay, and it wouldn’t be hard to falsify it, I’m surprised at how easily titanium and tungsten both crushed that easily and quickly
exactly, i was amazed to see tungsten being that plyable... it should be harder than HSS (keep in mind that concrete drill bits use tungsten tip with HSS body, so by theory, tungsten should be in top tier in hardeness)
@@GrulbGL What if drill bits use tungsten alloys, which are much stronger than elemental tungsten?
Idea:
When pressing various objects, record the temperature.
terminator bg music noted and appreciated!