ask304
ask304
Spread the knowledge of stainless steel!
Mindenképp látogasd meg a podcast oldalát, és támogasd a készítőjét: podcasters.spotify.com
Szerző
ask304
Kategória
A podcast weboldala
Legutóbbi epizód
2025. dec. 6.
Hol hallgathatod?
Podcastok az alkalmazásban Replaio Radio HamarosanA podcastok hamarosan megérkeznek az alkalmazásba. Telepítsd most, és láss elsőként egy teljesen új megközelítést a podcastokhoz
Telepítsd ingyen
Android közel 10 M letöltés · 4,8-as értékelés
iOS hamarosan
Epizódok
Chapter 7 - Silicon 06.12.2025 5:15
Hosted by Zoe, this series breaks down Stainless Steel into its atomic ingredients. We explore how Chromium, Nickel, and Molybdenum function as the "spices" in a metallurgical "Hot Pot." Learn to read Material Certificates like a pro, understand the logic behind 304 vs. 316L, and avoid costly corrosion pitfalls. A practical, elemental guide for industry professionals.
Chapter 6 - Manganese 05.12.2025 6:17
Hosted by Zoe, this series breaks down Stainless Steel into its atomic ingredients. We explore how Chromium, Nickel, and Molybdenum function as the "spices" in a metallurgical "Hot Pot." Learn to read Material Certificates like a pro, understand the logic behind 304 vs. 316L, and avoid costly corrosion pitfalls. A practical, elemental guide for industry professionals.
Chapter 5 - Nitrogen 04.12.2025 6:31
Hosted by Zoe, this series breaks down Stainless Steel into its atomic ingredients. We explore how Chromium, Nickel, and Molybdenum function as the "spices" in a metallurgical "Hot Pot." Learn to read Material Certificates like a pro, understand the logic behind 304 vs. 316L, and avoid costly corrosion pitfalls. A practical, elemental guide for industry professionals.
Chapter 4 - Molybdenum 03.12.2025 5:34
Hosted by Zoe, this series breaks down Stainless Steel into its atomic ingredients. We explore how Chromium, Nickel, and Molybdenum function as the "spices" in a metallurgical "Hot Pot." Learn to read Material Certificates like a pro, understand the logic behind 304 vs. 316L, and avoid costly corrosion pitfalls. A practical, elemental guide for industry professionals.
Chapter 3 - Nickel 02.12.2025 6:00
Hosted by Zoe, this series breaks down Stainless Steel into its atomic ingredients. We explore how Chromium, Nickel, and Molybdenum function as the "spices" in a metallurgical "Hot Pot." Learn to read Material Certificates like a pro, understand the logic behind 304 vs. 316L, and avoid costly corrosion pitfalls. A practical, elemental guide for industry professionals.
Chater 2 - Carbon 01.12.2025 5:54
Hosted by Zoe, this series breaks down Stainless Steel into its atomic ingredients. We explore how Chromium, Nickel, and Molybdenum function as the "spices" in a metallurgical "Hot Pot." Learn to read Material Certificates like a pro, understand the logic behind 304 vs. 316L, and avoid costly corrosion pitfalls. A practical, elemental guide for industry professionals.
Chapter 1 - Chromium 30.11.2025 6:36
Hosted by Zoe, this series breaks down Stainless Steel into its atomic ingredients. We explore how Chromium, Nickel, and Molybdenum function as the "spices" in a metallurgical "Hot Pot." Learn to read Material Certificates like a pro, understand the logic behind 304 vs. 316L, and avoid costly corrosion pitfalls. A practical, elemental guide for industry professionals.
The Elements of Stainless Steel - Intro 29.11.2025 4:25
Hosted by Zoe, this series breaks down Stainless Steel into its atomic ingredients. We explore how Chromium, Nickel, and Molybdenum function as the "spices" in a metallurgical "Hot Pot." Learn to read Material Certificates like a pro, understand the logic behind 304 vs. 316L, and avoid costly corrosion pitfalls. A practical, elemental guide for industry professionals.
Hasonló podcastok
Hallgasd a(z) ask304 podcastot a Replaióban
Rádió és podcastok egy alkalmazásban - ingyen és regisztráció nélkül. Telepítsd még ma, és ne maradj le a premierről
A Replaio nem podcastkiadó; a műsorok nevei, borítóképei és hanganyagai a szerzőiket illetik, és nyilvános RSS-csatornákon keresztül terjednek.
