This guys style is so bizarre yet so satisfying. Not a single power tool used, consistently meticulous work regardless of how trivial the task may seem, the randomly high quality equipment he tends to use, and most importantly, those *COWS*
I love how other videos do some weird crazy chemistry stuff I can never keep track of, and then this one is just "hammer that foil roll into a thin brick"
Cameron Smith I think it's just a matter of choice since we do see an electric drill being used in the rice knife video, but it's more for laughs and convenience than anything else.
@@justina9914 Yeah right now it does bro I just had shoulder surgery,so I'm stuck at home doing nothing recovering with arm in a sling for 8weeks.lol so it's sux ridiculously.
What blows me away is this guys patience. In a world of technology and instant gratification he does everything completely by hand. Truly fascinating and honestly inspiring from an American’s perspective
This guy is the most dangerous youtuber in the world. He can turn anything into a sharp knife. If you're not careful you might get turned into a knife too.
Insanely. When aluminum oxidizes (like how iron turns to rust when exposed to air or water) it forms an ultra thin layer of aluminum oxide which has a hardness comparable to diamond. You could potentially end up with a sharper blade than one made of iron or steel. The only problem is that aluminum dulls very quickly.
I did understand that, I just said that wouldn't help them in a fight. Also if he has a knife while fighting one with 3 arms you would still say that he was better armed in that fight, no matter how many extra limbs the other guy have.
Aluminum knives have been made before, but to my knowledge not by forge-welding aluminum foil back into a solid bar. Also he can consider them the 'mechanically sharpest' because the grit of whetstone he used is the finest commercially available. To get a finer edge would require a laser.
По моему нас на*али, не получить из обычного рулона фольги такую заготовку, как её не грей и не бей, алюминий покрыт оксидной пленкой, чтобы его сварить нужен очень активный флюс
For the English-speaking viewers, what he's doing at the beginning with the hammer is called work-hardening or cold-forging. Aluminum foil, especially in a nearly pure form, is very soft. Soft materials hold edges worse than harder ones. But it can be made to be harder by repeated blows with a hammer. It's very similar to if you take a piece of wire and bend it back and forth until it breaks in the center. When you were bending it, you were cold-forging the wire. The same applies here. So that's why when he has the aluminum plate, it's suddenly much harder than the aluminum foil you buy at the grocery store!
