D Dart Moderator Mar 17, 2008 #21 fhqwhgads said: Can you imagine the heat and speed it would have had to melt at to even do that? Click to expand... Not that difficult. A soldiering iron can be cool to the touch one minute and in mere seconds be hot enough to melt lead.
fhqwhgads said: Can you imagine the heat and speed it would have had to melt at to even do that? Click to expand... Not that difficult. A soldiering iron can be cool to the touch one minute and in mere seconds be hot enough to melt lead.
F fhqwhgads Lurker Mar 17, 2008 #22 Dart said: Not that difficult. A soldiering iron can be cool to the touch one minute and in mere seconds be hot enough to melt lead. Click to expand... That still means it's massively hot.
Dart said: Not that difficult. A soldiering iron can be cool to the touch one minute and in mere seconds be hot enough to melt lead. Click to expand... That still means it's massively hot.
H Homicidal Cherry53 ugh Mar 17, 2008 #23 Dart said: Not that difficult. A soldiering iron can be cool to the touch one minute and in mere seconds be hot enough to melt lead. Click to expand... Yeah but that metal is specifically chosen for that characteristic. Most other metals don't do that. (by the way, is it soldiering, or soldering?) I'm surprised the kid's pants didn't set on fire, tbh.
Dart said: Not that difficult. A soldiering iron can be cool to the touch one minute and in mere seconds be hot enough to melt lead. Click to expand... Yeah but that metal is specifically chosen for that characteristic. Most other metals don't do that. (by the way, is it soldiering, or soldering?) I'm surprised the kid's pants didn't set on fire, tbh.
