Where to start... congratulations on the sponcer. That backyard workbench looks like its doing great. No flames, but we can't always get what we want. Nice melt. Have a good day.
Aluminium alloy 5754 brother thats the magnesium reacting with the oxygen when pouring these types you need to be as close the the mould as possible you don't want air bubbles, mixing or magnesium oxide will bubble out. It's 3 percent magnesium awesome episode brother
If you watch the footage back you will see ingot 1 had a long way to fall ingot 2 had the water fall effect keeping it close to the ingot and ingot 3 ran out causing the last drops to mix it up.
![What's in the box?! 1890s Safe [Restoration]](http://i.ytimg.com/vi/kugqGatwLDY/mqdefault.jpg)
Where to start... congratulations on the sponcer. That backyard workbench looks like its doing great. No flames, but we can't always get what we want. Nice melt. Have a good day.
🤣😂 it’s a multi purpose work bench 🤣😂 thank you 👍
Awesome video nice aluminum bar's thanks for sharing
Thank you 👍
You're welcome
Aluminium alloy 5754 brother thats the magnesium reacting with the oxygen when pouring these types you need to be as close the the mould as possible you don't want air bubbles, mixing or magnesium oxide will bubble out. It's 3 percent magnesium awesome episode brother
Thank you mate. Did you want to send me your address and I can get some wax sent out to you 👍
@@meltingipswich omg I forgot thank you
Hey i was just wondering why that happens
If you watch the footage back you will see ingot 1 had a long way to fall ingot 2 had the water fall effect keeping it close to the ingot and ingot 3 ran out causing the last drops to mix it up.
You always have something different to melt. Nice pours but I wonder why gas happens in your moulds
I’ve been told it’s to do with the magnesium content and the height its poured at
hi sorry do not say much . can you tell me were buy your moulds mate👍
No problem. I buy mine from Amazon