Wednesday, August 20, 2014
Jewelweed Soap
I made this soap with the Hot Process method. CP would work, but who want to wait for a cure?
The first thing you will need to do is locate some fresh Jewelweed. If you are unsure what you are looking for, please google, "identifying jewelweed" or something similar. You don't need a bushel basket of it. Although some people disagree with me, there is enough evidence in book & on the internet to convince me that the weed HAS to be fresh. When you cut it, you want to use it as soon as possible. The weed contains a lot of juice. I have infused other fresh herbs in oil & not seen anywhere near the amount of juice you get from jewelweed! The juice is great as it contains the active ingredients to relieve itching, rashes, ringworm, etc. The juice is bad as it does not want to combine in the oil. Unless you use a very small amount in your infusion you will have juice pockets that can make your oil mold. I didn't mind the juice pockets as I was going to make my soap right away. If you are making this infusion to use in the future I recommend refrigerating or even freezing it to keep it mold free.
Rinse the jewelweed to knock off any bugs or dirt & chop or tear the whole plant into small pieces that will fit in your pan. I used about 1 part weed to 2 parts coconut oil.... well, maybe it was closer to equal parts, lol. Anyway, make sure the weed is covered with coconut oil. (You can use any oil you want. Olive oil may not be a good choice as it can burn). I used coconut oil since the soap is good for cases of poison ivy & I figured the cleansing (oil stripping) properties of coconut oil would be perfect to combine with the weed to get that nasty poison ivy oil off your skin. Do NOT boil the infusion. You can simmer it to get done faster but it turns brownish. I brought mine just barely to a simmer & let it cook for at least 3 hrs with a cover on. It may have been longer. Strain & discard the weed.
You're gonna need a little more jewel weed :) Rinse to clean & tear it up, again. This time add distilled water & simmer until the water turns a reddish brown color. I made some extra so I could put it in mason jars & stick it in the freezer.
Let your tea & oil infusion cool. The hard part is over. The following recipe is for 1 lb + 4 oz of the infused coconut oil. So, you are going to need 20 oz of the infused oil for the recipe.
These instructions are for Hot Process Jewelweed Soap. Just modify the recipe if you are more comfortable with Cold process. For HP soap you will make this at 0% superfat so you can add more of the infused coconut oil after the cook for the MOST benefits.
Take 16 oz of the coconut oil to make your batter (reserve the 4 oz as superfat. This will give you 25% superfat)
6.08 oz of the jewelweed tea to dissolve the lye in
2.93 oz lye (Sodium Hydroxide)
Cook till done & then add your 4 oz of infused coconut oil as superfat & mold.
Coconut oil soap gets very hard pretty fast. If you overcooked the above batch, you already know that. You can unmold & cut as soon as it is cool. If you wait too long it may be too hard to cut. If you are using a wire, you may have to find a knife.
Coconut oil soap cooks very fast, so when it looks done & you don't believe it, it really is, lol.
Monday, August 4, 2014
Understanding Superfat
Superfat is literally extra fat that you have in your soap recipe that does not become soap. It is NOT saponified because there is not enough lye in the recipe to make ALL the oils turn into soap. The oil is kind of floating in between the soap molecules, so when you use the soap, not only does it clean, but it also deposits a thin layer of fresh oil on your skin.
This is a great cartoon that helps explain superfat & what is going on in the bowl/pot while you are making soap.
Bunnies & Wolves
In a Cold Process (CP) recipe the lye is not finished working when you mold the soap. Unfortunately, that means that the lye gets to pick which oils it will saponify. Maybe you want to add a rather expensive luxury oil as a superfat. There is no guarantee in CP that the oil YOU want to make the superfat will wind up as the superfat.
In Hot Process (HP), the lye is finished working, as a result of using heat to accelerate the reaction, when the soap is put in the mold. You can test the pH of the soap or do a "zap test" to make sure the soap is "done", completely cooked, & no lye remains. The zap test is where you touch the tip of your tongue to a small bit of cooled soap. If it "zaps" you like a battery would, then there is still active lye. If it just tastes like soap, then it's done. I f you DO get a zap, make sure you rinse out your mouth with some water & spit. When the HP soap is done, there is no further reaction taking place between the alkaline lye and the acids in the oils. The soap has finished the saponification process. Now, if you add your superfats, they will not be touched by the lye because there is no lye, anymore. The oils & lye have all been turned into soap. You can add your superfat & be assured that it will remain intact as your superfat. Whatever oil(s) you chose to add as your superfat you can believe that it will remain your superfat. In other words, if you make a soap out of lard, but want apricot oil as a superfat, if you add the apricot oil after the cook it will remain the superfat. There will be no sneaky action from the lye to turn your apricot oil into soap & give you back some lard as superfat.
Most soap calculators have a space for you to put in the superfat % you want. This is based on the weight of the oils in your recipe. In CP soap if you are using 16 oz oils and set your superfat % at 5%, the calculator will deduct 5% (0.8 oz) of oils from your recipe which will not be saponified. You can see the difference in the lye amount if you run the recipe through the calc at 0% superfat, then change it to 5% superfat. Soapmakers used to believe that if you added the superfat at trace in CP then there was less chance that the lye would saponify it. Unfortunately, this is not true. The lye takes the easiest oils it can grab onto for the chemical reaction. Whatever the most difficult oils to saponify in your recipe are, will most likely be your superfat. If you are making CP soap just let the calculator figure your superfat. Put the percentage you want in the clculator & follow the recipe it gives you.
If, however, you are making an HP batch, you will probably want to calculate the superfat on your own. Using the same example of a 16 oz batch. There IS a way to calculate this so you wind up with 16 oz oils total, but it is not very easy & may make your brain hurt. Here is an easy & accurate way to do it. Remember I said that superfat was a percentage of the oil weight.
16 oz X 0.05 (also known as 5% or 5 hundredths) = 0.8 oz
Ok, so is it really a big deal? You wind up with 16.8 oz, not 16 oz exactly. So if your mold only holds 16 oz, put the 0.8 oz in a yogurt cup :D
I am not trying to imply in this article that 5% superfat is ideal. It depends on YOUR skin or hair. I happen to like 3% superfat in my shampoo bars, (recipe in link, below)
Liz's Shampoo Bars
I have older dry skin & prefer 8-12% superfat in my body bars. Coconut oil makes a nice soap but is VERY cleansing. That means it strips all the oil off your skin. I don't like it, but a lot of people find it a fabulous soap. It is usually superfatted at 20-25% for body soap because of the high cleansing of the bar. Coconut oil makes a GREAT laundry soap. You don't want extra oil (superfat) on the clothes you are washing so it should be made at 0 or 1% superfat. 1% is just to be safe & make sure there is a pinch of extra oil for the lye to saponify. A safety net, so you don't have any lye left over.
This is a great cartoon that helps explain superfat & what is going on in the bowl/pot while you are making soap.
Bunnies & Wolves
In a Cold Process (CP) recipe the lye is not finished working when you mold the soap. Unfortunately, that means that the lye gets to pick which oils it will saponify. Maybe you want to add a rather expensive luxury oil as a superfat. There is no guarantee in CP that the oil YOU want to make the superfat will wind up as the superfat.
In Hot Process (HP), the lye is finished working, as a result of using heat to accelerate the reaction, when the soap is put in the mold. You can test the pH of the soap or do a "zap test" to make sure the soap is "done", completely cooked, & no lye remains. The zap test is where you touch the tip of your tongue to a small bit of cooled soap. If it "zaps" you like a battery would, then there is still active lye. If it just tastes like soap, then it's done. I f you DO get a zap, make sure you rinse out your mouth with some water & spit. When the HP soap is done, there is no further reaction taking place between the alkaline lye and the acids in the oils. The soap has finished the saponification process. Now, if you add your superfats, they will not be touched by the lye because there is no lye, anymore. The oils & lye have all been turned into soap. You can add your superfat & be assured that it will remain intact as your superfat. Whatever oil(s) you chose to add as your superfat you can believe that it will remain your superfat. In other words, if you make a soap out of lard, but want apricot oil as a superfat, if you add the apricot oil after the cook it will remain the superfat. There will be no sneaky action from the lye to turn your apricot oil into soap & give you back some lard as superfat.
Most soap calculators have a space for you to put in the superfat % you want. This is based on the weight of the oils in your recipe. In CP soap if you are using 16 oz oils and set your superfat % at 5%, the calculator will deduct 5% (0.8 oz) of oils from your recipe which will not be saponified. You can see the difference in the lye amount if you run the recipe through the calc at 0% superfat, then change it to 5% superfat. Soapmakers used to believe that if you added the superfat at trace in CP then there was less chance that the lye would saponify it. Unfortunately, this is not true. The lye takes the easiest oils it can grab onto for the chemical reaction. Whatever the most difficult oils to saponify in your recipe are, will most likely be your superfat. If you are making CP soap just let the calculator figure your superfat. Put the percentage you want in the clculator & follow the recipe it gives you.
If, however, you are making an HP batch, you will probably want to calculate the superfat on your own. Using the same example of a 16 oz batch. There IS a way to calculate this so you wind up with 16 oz oils total, but it is not very easy & may make your brain hurt. Here is an easy & accurate way to do it. Remember I said that superfat was a percentage of the oil weight.
16 oz X 0.05 (also known as 5% or 5 hundredths) = 0.8 oz
Ok, so is it really a big deal? You wind up with 16.8 oz, not 16 oz exactly. So if your mold only holds 16 oz, put the 0.8 oz in a yogurt cup :D
I am not trying to imply in this article that 5% superfat is ideal. It depends on YOUR skin or hair. I happen to like 3% superfat in my shampoo bars, (recipe in link, below)
Liz's Shampoo Bars
I have older dry skin & prefer 8-12% superfat in my body bars. Coconut oil makes a nice soap but is VERY cleansing. That means it strips all the oil off your skin. I don't like it, but a lot of people find it a fabulous soap. It is usually superfatted at 20-25% for body soap because of the high cleansing of the bar. Coconut oil makes a GREAT laundry soap. You don't want extra oil (superfat) on the clothes you are washing so it should be made at 0 or 1% superfat. 1% is just to be safe & make sure there is a pinch of extra oil for the lye to saponify. A safety net, so you don't have any lye left over.
Subscribe to:
Posts (Atom)