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Somehow my intial posting seemed to mostly generate a series of spousal drolleries.
Is it possible that my fingers typed "myspace.com" instead of "martinloganowners.com"?
So I take the liberty of quoting my initial posting in the hope to learn something from others on this subject.
Any empirical information anyone?
QUOTE:
"This process which is used to increase the lifespan of metal tools and machinery by up to 400%, is also seen in some products in high resolution audio.
I have been using ZYX phono cartridges for the past few years and recently traded up to the ZYX Universe which in it's literature claims cryogenic treatment of it's components.
I have no way of telling whether a Universe without cryo would be sounding different, all I know is that it does sound better than any cartridge I have ever owned or heard.
Other experience I have had involves my system's wires: power, interconnect and speaker. I use a proprietary custom solid copper double strand weave probably less than gauge 8 all cryo treated for 24 hours at -300F. I use the same wire throughout for all connections including AC powercords.
I always had separate circuits for my sound systems but two years ago I decided to install a completely separate service box and the same solid copper wiring right from where Edison connects to the house.
After it was installed I decided to take it back out and to have it cryogenically treated by Cryogenic Tempering Services in Decatur. I sent them not just the wire, but included the actual service box, the breakers, the wall outlets and the connectors.
I was hoping for some discernible effect but instead found a significant increase in power and breadth, as if I had installed much larger amplifiers.
There are also output tubes on the market such 6550's and KT88's that have been cryo treated and I have spoken to some people who claim to have their entire amplifiers taken into deep freeze. I am more than reluctant to attempt this however, given that there are so many non metal components in most electronics which might not take well to being taken down to -300 Fahrenheit.
Which brings me to a question, has anyone tried this process beyond what I have described above and with what results?
I have certainly found that cryogenically treating these basic hardware components gave a huge improvements at very modest cost (less than $100). Sending in a $10K preamp is another leap altogether though."
Any comments or factual experience?
Is it possible that my fingers typed "myspace.com" instead of "martinloganowners.com"?
So I take the liberty of quoting my initial posting in the hope to learn something from others on this subject.
Any empirical information anyone?
QUOTE:
"This process which is used to increase the lifespan of metal tools and machinery by up to 400%, is also seen in some products in high resolution audio.
I have been using ZYX phono cartridges for the past few years and recently traded up to the ZYX Universe which in it's literature claims cryogenic treatment of it's components.
I have no way of telling whether a Universe without cryo would be sounding different, all I know is that it does sound better than any cartridge I have ever owned or heard.
Other experience I have had involves my system's wires: power, interconnect and speaker. I use a proprietary custom solid copper double strand weave probably less than gauge 8 all cryo treated for 24 hours at -300F. I use the same wire throughout for all connections including AC powercords.
I always had separate circuits for my sound systems but two years ago I decided to install a completely separate service box and the same solid copper wiring right from where Edison connects to the house.
After it was installed I decided to take it back out and to have it cryogenically treated by Cryogenic Tempering Services in Decatur. I sent them not just the wire, but included the actual service box, the breakers, the wall outlets and the connectors.
I was hoping for some discernible effect but instead found a significant increase in power and breadth, as if I had installed much larger amplifiers.
There are also output tubes on the market such 6550's and KT88's that have been cryo treated and I have spoken to some people who claim to have their entire amplifiers taken into deep freeze. I am more than reluctant to attempt this however, given that there are so many non metal components in most electronics which might not take well to being taken down to -300 Fahrenheit.
Which brings me to a question, has anyone tried this process beyond what I have described above and with what results?
I have certainly found that cryogenically treating these basic hardware components gave a huge improvements at very modest cost (less than $100). Sending in a $10K preamp is another leap altogether though."
Any comments or factual experience?
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