Brian and Dave,
Softer silver to solve a die problem? "Emphasis on NOT" to quote directly.
Without going into the book part again, please understand that any metal that is put into a die is usually as soft as that metal can get. Some of the terms are "annealled" or "dead soft". The metal being formed in a die will get "work hardened". This will impart strength to the object formed. Especially in metals that do not respond to heat treating.
Theorising about using a softer form of silver to prolong useful die life is as wishful thinking as rolling a raw egg on a warm sidewalk to get a soft boiled egg.
Sorry, guys but you have to take stock in how certain things really work. Don't take my word for it find out for yourselves if that's what it takes.
By the way, what the heck is a more 'fluid' silver?
Tony
Softer silver to solve a die problem? "Emphasis on NOT" to quote directly.
Without going into the book part again, please understand that any metal that is put into a die is usually as soft as that metal can get. Some of the terms are "annealled" or "dead soft". The metal being formed in a die will get "work hardened". This will impart strength to the object formed. Especially in metals that do not respond to heat treating.
Theorising about using a softer form of silver to prolong useful die life is as wishful thinking as rolling a raw egg on a warm sidewalk to get a soft boiled egg.
Sorry, guys but you have to take stock in how certain things really work. Don't take my word for it find out for yourselves if that's what it takes.
By the way, what the heck is a more 'fluid' silver?
Tony
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