Everyday Metallurgy

Everyday Metallurgy Podcast on material science. Steel, magnets, Magnesium implants and much more.

Interviews with the top experts in Europe on their expert area, how they became experts and how they think materials can help to safe the world and secure the green transition.

What is the sound of an alloy🤔?Nerdy vacation visiting Luleå and the UNESCO protected town “Gammelstad” and the Church v...
01/08/2026

What is the sound of an alloy🤔?

Nerdy vacation visiting Luleå and the UNESCO protected town “Gammelstad” and the Church village. In the Church I was amazed by the organ pipes and I just needed to understand How they are made, which alloys and why.
Check out in the video below what I learned🤗

What is The Sound of an Alloy?
https://youtu.be/2Hd-akr9Nhc

Ever wondered why a lead organ pipe sounds completely different fro...

20/07/2026

Nerdy Vacation visiting Dansteel. Follow the YouTube Channel for more Everyday Metallurgy

Nerdy Vacation III. See the Challenge for mining and refining metallurgists in the YouTube short video below.  Feel free...
22/06/2026

Nerdy Vacation III.
See the Challenge for mining and refining metallurgists in the YouTube short video below.
Feel free to share the Challenge with your friend and encourage them to follow the Everyday Metallurgy podcast on YouTube.

Can You Refine Iron From Beach Stones? - Nerdy Vacation trip III

Can You Refine Iron From Beach Stones? The Iron Sandstone Challenge...

11/06/2026

The mission of Everyday Metallurgy is to show where metallurgy plays a role in our Daily lifes and to encourage young students to follow a path within materials science and metallurgy.
Below is a small video showing an example from our Daily life. The grill was worn out, but as the lid is made of casted aluminium it deserves a second life. We call it recycling or urban mining, but you could also call it sustainable, as the level of recycled aluminium in Europe is above 60%. Compare this number with plastic or electronic products and you will be chocked.
Join our Channel on YouTube to learn a lot more about metals, how they are made and how they Can be recycled🙏

Please share if you support our mission🤗🙏

Making diamonds is extremely demanding as pressure and temperatures are above human understanding.Therefore, we are extr...
17/02/2026

Making diamonds is extremely demanding as pressure and temperatures are above human understanding.

Therefore, we are extremely proud to share this episode on the podcast where we are invited into the machine room of a diamond manufacturing press.

This episode is for all with
- Metallurgical background
- Technology interest
- Likes to learn about extreme machines
- Tool makers and designers

We hope that you will share it in your network. Especially if you are Danish and would like to showoff to your international friends that we have some cool technology here.

Enjoy the show😄

How are synthetic diamonds really made?In this episode of Everyday Metallurgy, host Peter Kjeldsteen sits down with Christian Jepsen from Strecon, a leading ...

Great release out now with a delicate subject that might be of interest also outside the Nerdy Metallurgy community. How...
09/02/2026

Great release out now with a delicate subject that might be of interest also outside the Nerdy Metallurgy community.

How does metals work at 900 m/s?

Why is tungsten or even Uranium used to brake armor?

Learn about the development of “full metal jacket.

Share on your on profile and share with your friends to help the podcast to grow outside the Nerdy world as well🙏

Deadly Metallurgy at 900 Meter per Second - Podcast Alert

What makes metal so deadly at 900 m/s?In this clip from the Everyday Metallurgy podcast episode “Deadly Metallurgy,” we explore the extreme science behind bu...

The Marvel movies have the alloys Vibranium - known from Walanka and Black Panther - and Adamantium known from the skele...
09/01/2026

The Marvel movies have the alloys Vibranium - known from Walanka and Black Panther - and Adamantium known from the skeleton of Wolverine.
But on Everyday Metallurgy we have Almazium - a self-healing aluminium alloy that in fact exists in the real world.
Learn more about this mindblowing alloy in the podcast episode linked below.
If you like it, please subscribe and share with your friends🙏.

Can Metals Really Heal Themselves? Inside the Development of Almazium
https://youtu.be/sZNdSP84cmU

Join host Peter Kjeldsteen in this episode of "Everyday Metallurgy" as he welcomes Professor Aude Simar from the University of to discuss one ...

Do you like football…. And Additive Manufacturing. Then you should jump over to YouTube and watch this 22 minutes episod...
04/12/2025

Do you like football…. And Additive Manufacturing. Then you should jump over to YouTube and watch this 22 minutes episode on the podcast platform and have a great laugh with Peter and Arkadi on the link below.
AM Football Teams Challenge
https://youtu.be/Khpee2LI7VE

Football Meets Additive Manufacturing – With Arkadi & PeterWelcome to a unique and entertaining episode where football tactics collide with the world of addi...

We’re excited to drop the latest episode of "Everyday Metallurgy"—and this one’s special: it’s our very first episode wi...
20/11/2025

We’re excited to drop the latest episode of "Everyday Metallurgy"—and this one’s special: it’s our very first episode with a serious focus on editing. (Yes, we finally found the “cut” button. The outtakes? Maybe for another time…)��In this episode, I sit down with Jim Shipley from Quintus Technologies to dive deep into the world of Hot Isostatic Pressing (HIP). We cover:
What HIP actually is (spoiler: it’s not a dance move).
The fascinating history and Swedish roots of HIP.
How HIP is revolutionizing everything from aerospace to your next hip replacement.
The science behind densification, powder metallurgy, and why 2,000°C is just another day at the office.
Real-world applications you probably use every day, without even knowing it.
The future of HIP, additive manufacturing, and why the next big thing might weigh 70 tons.
The usage of HIP to density parts and build plates.
But here’s the twist: we also reveal what happens when things don’t go as planned inside a HIP (hint: it’s not just a hot mess).��Curious how a process that started with synthetic diamonds is now shaping the future of rockets, cars, and even your kitchen? Tune in to find out—and don’t miss the cliffhanger at the end: What everyday object in your home has secretly been through a HIP?��Listen now and subscribe to the YouTube Channel if you like this way of learning 🎧��

What Is HIP and Why Is It So Cool?

Join host Peter Kjeldsteen in this in-depth episode of Everyday Metallurgy as he welcomes James Shipley, Business Development Manager at Quintus, for a compr...

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