If 112 degrees is the temperature that produces the most optimum malleability of tissues, then wouldn’t the closer you are to that temperature the more malleable your tissues would be even if it is not the optimum malleability? For example, say 112 degrees produces 100% increase, wouldn’t any temperature higher than your normal temperature give you any sort of % increase? If that is so than 1% increase to me is great and worth it, and surely 106 would produce more than only a 1% increase.
Or does the studies say tissues do not become more malleable at all until the exact mark of 112 degrees, and then suddenly they are changed in an instant into softer tissue?
Also if an increase in temperature increases blood flow to the penis, then wouldn’t this also produce favorable results alone even if you did not alter the malleability of the tissues since more blood allows and helps with a larger engorgement?
To those who suggested it would require more of a stretch on warm tissues to get the same effect as on cold tissues, I do not see how that is a problem since if they are warmer and stretch farther, then they will stretch farther with less pressure and you will get about the same work out but your tissues will be expanded farther which to me seems like it would be a good thing since our goal is enlargement?
Also if your tissues are stretched out farther while you work them, this would mean you are able to target a larger surface area possibly increasing the rate of your gains.
A larger penis with more tissues makes larger gains than a small penis. If you have 2 cells and are able to double them, you end up with 4. If you started with 8 cells and are able to double them you end up with 16. Wouldn’t heat allow you to target more cells and produce this sort of gain? (I am not suggesting heat creates more cells, but only allows you to target more cells to alter)
If you are able to get 106 degrees on a thermometer that is inside your penis, would that not mean the outside tissues are much warmer than 106? Possibly 112?