Cryogenic treatment of an LP?


Is this even possible? I am just thinking outloud here and wondering of the benefits and welcome your comments. I'm unsure if an lp could even survive the process normally targeted at metal components. (Warp factor 10 captain). Ultra freezing and then slowly re-heating a chunk of plastic. Still, one wonders exactly what impact molecular alignment would have (if any).

Through the employment of ultra-low temperatures, 300 Below, Inc. cryogenic processing helps improve all kinds of products by realigning the molecular structure of an object, optimally resulting in items which last significantly longer and perform far better than they were previously designed.
tubed1
Geoffkait - exactly, but what does that have to do with playback of an LP? I'm not sure I agree completely with the less vibration part (it should result in a more uniform vibration which is, in theory, why electrical current flows better though a cryo treated cable), but better material properties is a fact BUT only matters if the use of the material interfaces with these properties in a meaningful way.

Example: I can type a sentance on a roll of single ply toilet paper and on expensive letter head. The quality of the letterhead is much higher, but it has no bearing on if I can read the sentance as long as the toilet paper isn't damaged.

I don't see how material properties have any measurable effect on the playback of an LP. Cryo-treating causes material changes that are verified in metals using electron microscopes and this is orders of magnitude different from the scale of a stylus where I'm fairly certain that it's possible to tell the difference between different tip designs using 10x magnification if not using the naked eye.

I've never said that the LP material properties are not better, just that it doesn't matter. The stylus is a macro mechanical transfer of informaiton and cryo treatment resuls in a micro material improvement.

Theaudiotweak - How does one give vibration in an LP direction?
Well, the best answer to your questions is that the cryo process must work on LPs since they do sound better afterwards. Folks question cryo for wires, CDs, tonearms, electron tubes, CD players and cross-over networks, too.
yes, records were designed to be frozen. Hence they sound best at the poles and sound quality deteriorates significantly at the equator and around Marisa Miller.

Playback in the cold vacuum of outer space is the real treat. No bad room acoustics! The solar wind would help deliver a nice warm sound except its a vacuum there which makes it kinda hard to hear anything.

Sorry, even if it works, cryogenic freezing of records is where I jump of the audio bandwagon. You have to be a little obsessive and who knows what else to go there.

I would be afraid to fess up if I did this in that I would expect most any normal person in this world to give me some funny looks? Even more so than if I told them the time and money I invest in this "hobby".

Just thinking about it though is pretty funny!
If you can reduce the material and surface hysteresis such as
the example of the cryo'd LP the stylus should have greater resolution capability. In this way vibration will be given greater and more defined direction...there will be less false directions to wade thru and more of the intended mechanical structure of the cut. VTA and azimuth would also direct mechanical vibration..Tom