gunDriller
1st August 2011, 10:13 AM
http://kingworldnews.com/kingworldnews/KWN_DailyWeb/Entries/2011/8/1_Stephen_Leeb_-_Expect_Silver_to_Trade_in_the_Three_Digits.html
King World News had a good interview with Stephen Leeb, talking about industrial aps. of silver etc. & his expectation that it's headed for $100+.
One thing I wonder is, for industrial applications of silver, how critical is it to have .9999 vs. .999 silver ?
Let's say you're laying down a very thin layer of silver for a photovoltaic, how much do the impurities in .999 screw up the process ? My guess is, it would depend some on what the impurities are ... zinc might fvck up a sputtering machine more than copper ... as an example.
I would expect it to depend a little on the engineer designing the process that uses the silver. If they have experience with .999 vs. .9999, they will know when to pay the extra $$ for the .9999 ... and when they don't need the exceptional purity.
King World News had a good interview with Stephen Leeb, talking about industrial aps. of silver etc. & his expectation that it's headed for $100+.
One thing I wonder is, for industrial applications of silver, how critical is it to have .9999 vs. .999 silver ?
Let's say you're laying down a very thin layer of silver for a photovoltaic, how much do the impurities in .999 screw up the process ? My guess is, it would depend some on what the impurities are ... zinc might fvck up a sputtering machine more than copper ... as an example.
I would expect it to depend a little on the engineer designing the process that uses the silver. If they have experience with .999 vs. .9999, they will know when to pay the extra $$ for the .9999 ... and when they don't need the exceptional purity.