brooklyngal73
SteelyDan/DonaldFagenFan!
So should people stop using soap because it has lye?
Taken from sistaslick's post ---> "Much of the soap used today is actually derived from NaOH, but when it mixes with oils and water (through a process called saponification) it is no longer truly lye. It is a “waxy ,fatty substance†or “soap†and it acts as an excellent, effective non-drying cleanser. In the NTM, its probably acting in a waxy capacity along with the other shaft coating smoothers (silicones) all up and through that product."
The level of lye in NTM is so small, it's not even a consideration. Sylver2's hair is the bomb, and she uses NTM (exclusively, I think).
Don't shy away from potentially great products because of the very small amounts of lye it might have in them.
Taken from sistaslick's post ---> "Much of the soap used today is actually derived from NaOH, but when it mixes with oils and water (through a process called saponification) it is no longer truly lye. It is a “waxy ,fatty substance†or “soap†and it acts as an excellent, effective non-drying cleanser. In the NTM, its probably acting in a waxy capacity along with the other shaft coating smoothers (silicones) all up and through that product."
The level of lye in NTM is so small, it's not even a consideration. Sylver2's hair is the bomb, and she uses NTM (exclusively, I think).
Don't shy away from potentially great products because of the very small amounts of lye it might have in them.
Mocha Princess said:I don't have much experience in chemistry, but do know that hydroxides are really strong bases. NaOH, CaOH, etc. And, NaOH + H2O <> Na+ + OH- + H20. This basically beans that when NaOH is added to water H2O, it will ionize or dissociate into sodium and the base hydroxide. So, maybe it isn't so bad, but still be careful because Hydroxides have the ability to break disulfide linkages, which is what our hair is made up of. Plus, strong hydroxide bases such as this one have the potential to denature, or destroy polypeptide linkages which are the repeating amino acid patterns our hair is made up of! It's better to be safe then sorry. Oh and, I don't use CON, but now that I know that, I certainly won't be, thanks for the heads up.