Победит: Сплав, который тверже самой прочной стали. Секрет советских технологий.
🔬 In this video, we'll explore Pobedit, a unique hard alloy that revolutionized industry in 1929. It's not just a "metal," it's a metal-ceramic composite designed to be invincible in the face of friction and heat. How does a mixture of tungsten and cobalt powders become harder than any hardened steel? We'll peer inside the structure of Pobedit and see how soft cobalt bonds together superhard tungsten carbide grains ( W C WC ), turning them into a monolith. You'll learn why Pobedit drills bite into concrete, and why cutters machine metal at incredible speeds without losing their sharpness. This is the story of a material that has built factories, won technological wars, and remains the benchmark for strength. In this episode: 👉 Powder metallurgy: how to "furnace" metal from dust under incredible pressure. 👉 Tungsten Carbide: The Chemistry of Element 74 and Why It's So Heavy and Hard. 👉 Cobalt Bond: The Role of the "Glue" That Keeps Fragile Ceramics from Fracturing. 👉 From Shells to Surgery: Where the Legendary Pobedit's Heir Is Hiding Today. This channel is for those who want to understand the chemistry of materials through the lens of science—no boredom, just facts about the things that make our world strong. 📚 Scientific sources and further reading: 🔹 Royal Society of Chemistry — Chemistry of Tungsten and Cobalt: https://www.rsc.org/periodic-table 🔹 ScienceDirect — Structure and Properties of Hardmetals (WC-Co): https://www.sciencedirect.com/topics/... 🔹 PubChem — Chemical Properties of Tungsten Carbide: https://pubchem.ncbi.nlm.nih.gov/comp... 🔹 WebElements — Element Data (W, Co, C): https://www.webelements.com/ 🔹 Wikipedia — Pobedit (alloy): https://ru.wikipedia.org/wiki/Победит #chemistry #победит #science #education #metallurgy #technology #alloys #industry #tungsten #interestingfacts #materialsscience 🔬 I'm a fan of chemistry, shocking facts, and stories that give you goosebumps. Each video requires 5 to 9 hours of work to create content that truly grabs your attention. Not a chemistry lesson, but a science thriller where ordinary substances turn out to be much scarier and cooler than you thought. 📲 TG — @RARE229 📲 INST — @1_AMANZHOL ⚠️ Disclaimer ⚠️ All videos are created for entertainment and artistic purposes 🎨. Information may be subjective or inaccurate ❗. All events, characters, and statements are fictitious or subjective ✨. Any resemblance to real people, events, or organizations is purely coincidental 🤷♂️

Элемент № 103 Лоуренсий: Почему Лоуренсий ведет себя не так, как его соседи?

Элемент № 100 Фермий: Металл, рожденный в ядерном аду мощностью 10 мегатонн.

Элемент № 69 Тулий: Самый редкий «земной» металл, который ты никогда не увидишь.

Silumin: Why Does This Alloy Flow Like Water But Break Like Glass?

Nikola Tesla: The Tragic Life of the Most Enigmatic Scientist / Personalities@MINAEVLIVE

Что строил Третий рейх в тайне от всего мира

Мифическая польза водорода

Элемент №56. БАРИЙ: Величайшая ИЛЛЮЗИЯ науки. Как ОДИН камень водил гениев за нос 170 ЛЕТ?!

HEMP - The #1 Crop in the USSR and the Russian Empire. WHO BANNED IT? - Documentary Film

Element #13. ALUMINUM: WHY was this "imperial" metal more expensive than gold and how did it CHAN...

Element #3. LITHIUM: WHY is it LIGHTER than water and how did PHANTOM METAL end up in SODA and a ...

ШЕРШЕНЬ: насколько он опасен на самом деле?

Принцип контролируемой слабости: зачем инженеры намеренно ломают свои системы

Как DeWalt умер в 1989 и ожил для маркетинга: взлёт и падение легенды

НАПИТОК, КОТОРЫЙ ИЗМЕНИЛ ЧЕЛОВЕЧЕСТВО | Тайная химия и история чая

Light as Aluminum, Strong as Steel: Analyzing Legendary Duralumin

Кошки: 100 фактов о хищнике, который притворился домашним

GUNPOWDER PRODUCTION: Inside the factory where a static spark means death

Криптон — «пришелец» в нашей атмосфере. История самого скрытного газа.

