Forge construction
Posted: Sun Oct 19, 2014 4:22 pm
This is a small, and pretty simple design, and within the capabilities of probably anyone that makes armor.
https://www.youtube.com/watch?v=uIRTcmR ... e=youtu.be
Here's a note on sodium silicate from Wiki (he makes his own for the project):
Sodium silicate can be used to fill gaps within the head gasket. Commonly used on aluminum alloy cylinder heads, which are sensitive to thermally induced surface deflection, and can be caused by many things including head-bolt stretching, deficient coolant delivery, high cylinder head pressure, over-heating, etc.
"Liquid glass" (sodium silicate) is added to the system through the radiator, and allowed to circulate. Sodium silicate is suspended in the coolant until it reaches the cylinder head. At 100–105 °C sodium silicate loses water molecules to form a glass seal with a re-melt temperature above 810 °C.
He has another video showing how he makes it (I haven't watched it yet), but here's the basics (desiccant packs and drain cleaner):
http://chemistry.about.com/od/makechemi ... licate.htm
https://www.youtube.com/watch?v=uIRTcmR ... e=youtu.be
Here's a note on sodium silicate from Wiki (he makes his own for the project):
Sodium silicate can be used to fill gaps within the head gasket. Commonly used on aluminum alloy cylinder heads, which are sensitive to thermally induced surface deflection, and can be caused by many things including head-bolt stretching, deficient coolant delivery, high cylinder head pressure, over-heating, etc.
"Liquid glass" (sodium silicate) is added to the system through the radiator, and allowed to circulate. Sodium silicate is suspended in the coolant until it reaches the cylinder head. At 100–105 °C sodium silicate loses water molecules to form a glass seal with a re-melt temperature above 810 °C.
He has another video showing how he makes it (I haven't watched it yet), but here's the basics (desiccant packs and drain cleaner):
http://chemistry.about.com/od/makechemi ... licate.htm