tinycyclops
Active Member
Kind of crazy question, so forgive me if this is silly. Chemistry is not my strong suit, it took me an embarrassingly long time to pass organic chemistry. However, I do remember talking about mixtures, and how they can change the physical properties (melting point, boiling point, etc) of a pure substance.
How does this apply to soapmaking you ask? Maybe it doesn't but, I'm going to be using my first potentially accelerating fragrance oil this weekend, and I know the conventional wisdom says to soap at lower temps. Right now, I soap at around 100 degrees because I have cocoa butter in my recipe. What I'm wondering is if I'll even be able to let my oils cool down to around 80 degrees, or will the cocoa butter resolidify? Does the mixture of oils affect the melting point?
Recipe, fragrance and additives for reference:
33% Olive Oil
25% Coconut Oil
15% Rice Bran Oil
12% Avocado Oil
10% Cocoa Butter
5% Castor Oil
6% Superfat
30% Lye concentration
Additives: coconut milk powder, kaolin clay, silk
Fragrance is Fresh Cut Roses from NG
Sorry if this is a silly question. And thank you!
How does this apply to soapmaking you ask? Maybe it doesn't but, I'm going to be using my first potentially accelerating fragrance oil this weekend, and I know the conventional wisdom says to soap at lower temps. Right now, I soap at around 100 degrees because I have cocoa butter in my recipe. What I'm wondering is if I'll even be able to let my oils cool down to around 80 degrees, or will the cocoa butter resolidify? Does the mixture of oils affect the melting point?
Recipe, fragrance and additives for reference:
33% Olive Oil
25% Coconut Oil
15% Rice Bran Oil
12% Avocado Oil
10% Cocoa Butter
5% Castor Oil
6% Superfat
30% Lye concentration
Additives: coconut milk powder, kaolin clay, silk
Fragrance is Fresh Cut Roses from NG
Sorry if this is a silly question. And thank you!