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
First, explain to me why a cryo treated steel rod would vibrate less and how it can be verified, then we can discuss how that transfers to vinyl. If it's obvious and you've done it a practical explaination that's based in science shouldn't be too difficult.
The cryo'd steel (or aluminum) rod vibrates less when struck with, say, a wrench or other tool, more of a "thunk" than ringing. I actually cryoed all the steel or aluminum rods for one of my products (isolation stand) way back when for just that reason. Is that scientific enough for you?
Geoffkait - So you're saying that you're willing to compare the sound of a hammer blow to a piece of metal to what happens when an LP is cryo'd?

If this is the common result of cryo treatment of metal why would people cryo brass instruments?

A different frequency isn't directly related to the magnitude of the vibration in the material. I'm not saying that you didn't hear a difference, but higher or lower notes could simply sound different in your "listening" room.

I'll have to think more about what you describe, but it sounds like you're saying that cryo-treatment made things sound dead. I better not cryo my Nordost Sort Kones or they may turn into isolation rather than coupling devices.
"Geoffkait - So you're saying that you're willing to compare the sound of a hammer blow to a piece of metal to what happens when an LP is cryo'd?"

Yes. But I did not say hammer blow.

"If this is the common result of cryo treatment of metal why would people cryo brass instruments?"

To improve the sound and to make the fingering of the valves smoother, to name two reasons.

"A different frequency isn't directly related to the magnitude of the vibration in the material. I'm not saying that you didn't hear a difference, but higher or lower notes could simply sound different in your "listening" room."

Thank you for not saying I didn't hear a difference. LOL

"I'll have to think more about what you describe, but it sounds like you're saying that cryo-treatment made things sound dead. I better not cryo my Nordost Sort Kones or they may turn into isolation rather than coupling devices."

That's kind of a semantic argument and kind of a strawman argument. I didn;t say things sound dead at all. I said the cryo material rings less. Should I assume you like things that ring? BTW cones respond well to cryo treatment since the material will become harder, thus transferring energy more efficiently. It's a materials science thing, right?