Saturday, October 19, 2013

Qualities of Soap Making Oils Choosing the Oils for Your Custom Soap Recipes

Like choosing the ingredients in any recipe, choosing the oils in your soap recipes is a very important step in your soap making. Each oil imparts different qualities to the final soap -creating your soap recipe is the art of balancing them to create the perfect bar of soap. Here is a list of the most common soap making oils and the qualities they will give to your soap recipes.

Apricot Kernel Oil

Apricot kernel oil is a light oil that is similar to almond oil in its fatty acid makeup. It absorbs nicely into the skin and is a good luxury conditioning oil in soap - at about 5% - 10%. It's good in soap, massage and bath oils, massage bars and bath bombs.

Almond Oil, Sweet

A lovely moisturizing oil that is very light and absorbs well. In soap it produces a low, stable lather, but I wouldn't use it more than about 5% - 10% in soap - as it's not a very hard oil in soap. It's really nice in lotions, massage bars, bath bombs, bath oils, and especially in salt and sugar scrubs.

Avocado Oil

Avocado oil is a heavy, green, rich, moisturizing oil that has a high percentage of unsaponifiables (the portions of the oil that don't react with the lye to form soap,) so it's a good oil to superfat with. It's often used in soap recipes for people with sensitive skin. On the skin, it first feels a little heavy...but after a moment, it absorbs nicely. It's high in vitamins A, D & E, which is good for your skin and gives it a longer shelf life. You can use it in your recipes from 5% - 30%. It's a bit too thick, in my opinion, for massage oils...but it's wonderful inmassage bars.

Babassu Oil

Babassu oil comes from the kernels of the babassu palm. Its fatty acid makeup is very similar to palm kernel and to coconut oil. It's high in lauric and myristic acid, which contribute to a nice, fluffy lather. It also melts at close to body temperature, so it's a good heavy oil for butters, balms and such, where you are putting the oil directly onto the skin.

Canola Oil

Canola, a kind of rapeseed, is a good economical oil for soap making - you can substitute a portion of your olive for canola, or use it as part of your batch at 10-15%. It gives a nice, low, creamy lather and is moisturizing. It will slow down the rate at which your soap will get totrace, so it's a good oil to add if you're doing complicated swirls or colors.

Castor Oil

Just like you remember grandma giving you a tablespoon full of!
Castor oil is a thick, clear oil that helps increase the lather in soap - a rich, creamy lather. It's also a humectant (attracts moisture to your skin) oil. Just a little will do...5% - 8% in your recipe will work wonders. Shampoo bars often use 10%-15%...but more than that and you get a soft bar of soap. Castor oil has a fatty acid makeup that's completely unique - which makes what it contributes to your soap (the rich, creamy lather) unique.

Coconut Oil

Coconut oil is one of the primary oils soapmakers use in their soap. Susan Miller Cavitch, in her book The Soapmaker's Companion calls it "a gift." Most of the coconut oil sold and used has a melt point of 76°, but there is a hydrogenated type that melts at 92°. Some soapmakers prefer this one because it's easier to scoop - but either version works the same to give tremendous, bubbly lather to your soap. It also makes for a very hard, white bar of soap. The collective opinion is that using more than 30% coconut oil in your recipe will be drying to the skin. Yes, the super-cleansing nature of coconut oil can strip oils from your skin, but I have often used it at 30%-40% with great results, especially with a slightly higher (6-8%) superfat.

Corn Oil

Not many soap makers use corn oil. There's nothing wrong with it; there are just better oils to use. It acts like most of the other vegetable liquid oils like soybean or canola. Some soap makers choose not to use it for fear of affecting people with corn allergies. That aside, it can be used as part of your recipe (10-15%) and will help give a moisturizing, stable lather. Nothing remarkable - but if you've got some on hand that you're not going to use for cooking, go ahead and use it in soap.

Cottonseed Oil

Cottonseed oil may seem very unfamiliar to most soap makers; it's not on many soap makers' lists of primary oils. But if you've ever used "Crisco" or vegetable shortening in your soap, chances are you've used cottonseed oil. (Crisco and most shortenings are hydrogenated blends of cottonseed and soybean oil.) It contributes a nice, creamy lather that is moisturizing. Cottonseed oil has gotten a bit of a bad reputation the past few years due to reports of heavy pesticide use on cotton crops, and the unsustainable farming practices of the cotton industry. There is a fair amount of debate about this. But if you choose to use cottonseed oil in your soap, either as the oil or as shortening, it does make very nice soap.

Emu Oil

Emu oil is a luxury oil that is mostly used in cosmetics, lotions and balms. It is reported to be remarkably healing to your skin and also to help other healing ingredients to absorb better into the skin. You can use it in soap as a luxury oil, but one of the butters is probably a better choice for soap making. Save the emu oil for skin care products.

Grapeseed Oil

Grapeseed oil is a lightweight, moisturizing oil that is a good additive to soap in small quantities. It doesn't have a long shelf life, so unless you treat it with rosemary oleoresin extract, or have a very low superfat percentage, don't use it more than about 5% in your recipe. Grapeseed oil is lovely in lotions, shaving oils, bath oils, and especially massage oils as it absorbs well without a really greasy afterfeeling.

Hazelnut Oil

Hazelnut oil is an excellent moisturizer in lotions and creams, but has a short shelf life (3-4 months). If you want to add it to soap, I wouldn't recommend using more than about 5-10% in your recipe because of the short shelf life...and I'd add some rosemary oleoresin extract to either the oil or the batch to help the soap from developing DOS or going rancid. Don't get me wrong...it's a lovely oil...just a fairly fragile one. It's also wonderful in lip balms and bath bombs.

Hemp Seed Oil

Hemp seed oil is a deep, green color with a light, nutty smell. No, it doesn't smell like marijuana, nor does it have any of the affects that marijuana has, but it does indeed come from the seed of the cannabis plant. It's really lovely in lotions and creams and great in soap too. It gives a light, creamy/silky lather. Because of its fatty acid makeup, it has a very short shelf life...less than six months...so it should be refrigerated or even kept in the freezer. Treating it with rosemary oleoresin extract is a good idea to help keep it from oxidizing. It can be used as a luxury healing/moisturizing oil in soap up to 10%-15%.

Jojoba Oil

Jojoba is actually a liquid wax that is very similar to sebum in its chemical composition. It contributes a nice stable lather, has remarkable absorption and moisturizing qualities and unlike some of the other luxury moisturizing oils, has a very long shelf life - 1-2 years! Use it at 5-10% maximum. Or just save it for "leave-on" applications like balms, massage bars, bath bombs and lotions. It can make the soap batch trace more quickly, so it's not a good oil to add if you're going to do complex coloring or swirls, or are working with a temperamental fragrance or essential oil.

Kukui Nut Oil

A rich, liquid nut oil that's native to Hawaii, kukui nut oil contributes to a nice, creamy stable lather in the soap, and is nicely moisturizing. Like the other luxury liquid oils, I recommend using it at 5-10% of your recipe for a richer, creamier soap. In lotions, creams, massage barsand balms, it absorbs quickly, conditions skin nicely, and is reputed to help ease acne, eczemaand psoriasis.

Lard

Lard makes a super-hard, very white bar of soap with a low, creamy, stable lather that is, believe it or not, nicely moisturizing. Before vegetable oils were commonly available, it was one of the main fats (along with beef tallow) that folks used to make soap. If you use animal oils in your soap, then combining lard with some of the other liquid oils like coconut and olive makes a wonderful, well balanced bar of soap - and is really economical. Make sure your lard is fresh and of high quality. Poor or spoiled lard can give a lardy/bacony/greasy scent to your soap. Use it at any percentage in your recipe, but I recommend not much more than 30-40% or so. Cold process laundry soap can be made with 100% lard with a 0% superfat percentage.

Macadamia Nut Oil

Macadamia nut oil is a light oil with a mild nutty odor. It is unique in its fatty acid makeup in that it contains palmitoleic acid - which makes it really easily absorbed into the skin - and is reported to be really great for older skin. It is mostly used in lotions, creams, massage oils, and other skin healing preparations.

Neem Oil

Neem oil is extracted from the bark of the neem tree. It is growing in popularity as a soap making oil due to its antiseptic, anti-fungal and insect repellent qualities. I know of one soap maker who uses neem oil at about 25% of the recipe and sends it to soldiers in the middle east to repel sand flies. It evidently works very well. It's also great, all by itself (as both an oil and in a soap recipe) for treating skin conditions like athletes foot. The scent of neem is very strong...a sort of green, earthy, nutty smell...and takes some getting used to. But it doesn't come through too strongly in the soap, and blends well with other earthy scents.

Olive Oil, Grade A or Extra Virgin

Extra virgin and virgin olive oils come from the very first gentle pressing of the olives. The refined, or Grade A oil (generally the best grade for soap) comes from the second pressing, and is lightly refined/filtered. 100% olive oil makes the famous "Castille soap" and "Marseille soap" must contain at least 72% olive oil. Olive oil is generally the #1 oil in most soap makers' recipes - and for good reason. Olive oil soaps are very moisturizing, make hard, white bars of soap (though high % olive oil soaps take a longer time to cure) and are exceptionally mild. But the lather from Castille soap is low and a bit slimy. Most soap makers combine olive oil with other oils to improve the lather.

Olive Oil, Pomace

Pomace grade olive oil is a thick, rich, green grade of olive oil that is obtained by solvent extraction of the fruit and pits of the olives - what's left over after the first several pressings that give the virgin and Grade A oils. It has a very high level of unsaponifiables (the portions of the oil that don't react with the lye to form soap.) This will make your trace time quicker. Like all olive oil, it makes a nice, moisturizing, mild bar of soap, especially when combined with other oils.
  • Different Types of Olive Oil
  • Palm Oil

    Palm oil, along with olive and coconut, is one of the top oils used by soap makers today. Because of the qualities it gives soap, it is often called "veggie tallow" in that it gives many of the same qualities that beef tallow does - a hard bar with a rich creamy lather. Alone, it's pretty unremarkable, but combined with other oils like olive, coconut and castor, it makes great, hard, long lasting soap. There are some serious concerns about palm oil farming in Malaysia - and the impact it is having on both the land and the people. For more information on the palm oil controversy, see Costly Oil Means Costly Calories - The Controversy Over Palm Oil. I know several soap makers who have eliminated palm oil from their recipes because of this.

    Palm Kernel Oil

    Though it comes from the same plant/nut as palm oil does, palm kernel oil is almost identical in its soap making properties to coconut oil - giving a nice hard white bar of soap...with lots of luscious lather. Palm kernel oil is often available partially hydrogenated, in easy to handle/measure flakes...or just as a standard liquid oil. As with coconut, you can use it up to about 30% or 35% in your recipes. However, like palm oil, palm kernel oil is surrounded by the same environmental and human concerns. See Costly Oil Means Costly Calories - The Controversy Over Palm Oil

    Pumpkin Seed Oil

    Pumpkin seed oil is a rich and vitamin-filled oil with abundant antioxidant properties. It contains Omega-3 and Omega-6 fatty acids, as well as vitamins A, C, E, and Zinc. It's fatty acid balance is most similar to soybean and sunflower oil, and will contribute about the same qualities to soap that they do in terms of hardness, lather and conditioning. Most soap makers I know save the super-premium nourishing oils like pumpkin seed for special skin care products, and focus on the more basic oils for soap making. That said, in terms of pure marketing appeal, it's a wonderful luxury oil to add (a bit) to a batch of pumpkin soap.

    Rice Bran Oil

    A few years ago, there was a spike in the price of olive oil. Soap makers across the country scrambled to find more affordable alternatives for their soap. Rice bran oil came to the rescue. Expressed from the husks of rice, most soap makers found that rice bran oil imparted nearly the same creamy, moisturizing qualities that olive oil did to their soaps, but at a lower price. It does have a lot of the same antioxidants and vitamins that olive has, and a similar fatty acid make up. I like it in both bar and liquid soaps. The only disadvantage of rice bran oil is its short shelf life - (6 months or so.)

    Safflower Oil

    Its fairly short shelf life, and fairly unremarkable fatty acid makeup, have made safflower oil pretty neglected in soap making recipes. If you have it on hand, you can certainly use it in your recipes like you would soybean, canola or sunflower - at 5-15% or so. In soap, it is mild and moisturizing.

    Sesame Seed Oil

    Like neem oil, sesame oil has a characteristic scent that must be dealt with if used in a high percentage in your soap. In your soap recipes, sesame oil will be moisturizing and conditioning. It is high in antioxidants and vitamins, so it's also nice in lotions, balms, massage bars and massage oils.

    Shea Oil

    Shea oil, or liquid shea, is fractionated shea butter, one of the most popular luxury oils used in soap making recipes. This variation of shea butter is liquid at room temperature and wonderful for adding to melt and pour soap, massage bars, or to creams and lotions. I've also used it inbath bombs. It's very moisturizing in the tub, but may be a bit too oily for some folks. But the fact that it's liquid doesn't give any benefits in soap. So if you're going to use shea butter in soap, go ahead and use the actual shea butter instead of liquid shea oil.

    Soybean Oil, Liquid

    Soybean oil, like canola, safflower and sunflower, is often used as a portion of a soap making recipe in combination with other "core" oils like coconut, olive and palm. It's pretty unremarkable, but if you have it on hand, use it 5-15% of your soap recipe. It is mild, moisturizing and gives a low, creamy lather. Because soybean oil is so readily available and economical, many cost-conscious soap makers will use soybean as a part of their soap recipes to reduce the overall cost of their soap batches.

    Soybean Oil Shortening

    Soybean oil, in its hydrogenated form is generally called vegetable shortening & sold under generic names, or the brand Crisco. Shortening is usually a blend of soybean & cottonseed oil, and makes nice soap. Like all soap making oils, except olive, it's not a great oil to use alone, but combining it with olive & coconut makes a good, stable, bubbly, moisturizing bar of soap.
    All of the soap recipes in Sandy Maine's book, "The Soap Book" are made with 44% vegetable shortening (Crisco), 28% coconut and 28% olive oil. If it's good enough for Sandy Maine (ofSunFeather Natural Soap Company), it must be pretty good. (Note: Her book was published before the controversy over cottonseed oil arose though. (See above.) She may have reconsidered.)

    Sunflower Oil

    I love sunflower oil in soap. You used to be able to get it regularly at the grocery store, but not so much anymore. It works synergistically with palm and olive oils to give a nice, rich, creamy lather that's very moisturizing. Depending on the type you get, it may have a short shelf life due to its fatty acid makeup. If you have the type that does, be sure to add some rosemary oleoresin extract to the oil or to the batch. In soap, I've used up to about 25% in the recipe with good results. I think it feels a bit oily in lotions, but is great in creams, body butters and balms.

    Tallow, Beef

    Like lard, beef tallow gives you a super-hard, white bar of soap with low, creamy, stable lather that is very moisturizing. Before vegetable oils were commonly available, it was one of the main fats that folks used to make soap - and remains one of the most common oils in soap. (Check your label for sodium tallowate. That's beef tallow.) If you are o.k. using animal oils in your soap, then combining beef tallow with some of the other liquid oils like coconut & olive makes a wonderful, well balanced bar of soap. There is just something about the heavy, rich creaminess of the lather that I haven't been able to replicate in non-tallow soaps. While you can use it at any percentage in your recipe, I wouldn't recommend much more than 40% or so.

    Wheatgerm Oil

    Wheatgerm oil is a rich, thick, amber-colored oil which is very high in vitamin E and hence, very stable on the shelf. It's a little sticky and heavy to use in lotions, unless in small amounts, but is nice in heavier creams or massage bars. It's great in heavy balms and scrubs. In soap, you can use it up to about 15% of the recipe. The extra vitamin E in the oil helps add antioxidant properties to the rest of the oils in the soap, lotion or balm as well.

The Characteristics of Oils in Soap

How much Lye should you use in order to saponify a specific fat or oil? Use this simple saponification table to find out!
You can click on each oil or fat within this chart to learn more about its benefits, detriments and how it is used in soap making.


oil or fat (acid)SAPHard/Softcleansingfluffy latherstable latherskin care
avocado oil133.7softfairyesnoamazing!
coconut oil191.1hardgreatyesnofair
castor oil128.6softfairyesyesgreat
olive oil135.3softgoodnonogreat
palm oil142hardgreatnoyesfair
peanut oil137softfairnoyesgreat
soybean oil135.9softgoodnoyesfair
sweet almond oil137.3softgoodnoyesamazing!
jojoba oil69.5softfairnoyesgreat
kukui nut oil135.5softgoodnoyesgreat
lard138.7hardgoodnoyesfair
tallow140.5hardgoodnoyesfair

soap making oils (along with many other ingredients) are now available to purchase online right here at soap-making-resource.com. Click now to see the selection!
Before you start making conversions on your own, be sure to read (and re-read) through the entire explanation on this page of how to use this chart successfully. At first it will seem like a complicated process, but with a little bit of practice and repetition, it will become an absolute cinch.
Oh, and by the way, if words like "saponify", "sodium hydroxide", "potassium hydroxide", "base" and "acid" are foreign to you, you should first read this page about the saponification reaction before you proceed.
On the chart above you'll notice 7 columns: "Oil or Fat", "SAP", "Hard/Soft", "Cleansing", "Fluffy Lather", "Stable Lather" and "Skin care". Except for "Oil or Fat" which merely tells you which ingredient is being discussed and "SAP" which tells you the amount of sodium hydroxide (lye) needed in order for saponification to occureach of these sections is a characteristic of soap that could be produced by a specific acid. Click here to learn more about fatty acids and soap making.
Keep in mind that most saponification tables merely reveal the Saponification value (more on this later) and not the characteristics of oils in soap; but for your convenience, I've added the 5 most important attributes that are contributed to your finished product by using a specific fat or oil.

Allow me to briefly explain each soap distinction and its importance:
  1. Hard/Soft - This column will tell you if a specific acid will produce a hard or soft bar of soap. If a bar of soap is too soft it will dissolve prematurely and become a mushy mess; so make sure that your soap has a certain level of hardness by combining hard oils with soft oils.
  2. Cleansing - This column will tell you how well an acid cleans. Keep in mind that all soaps clean relatively well, but some oils produce a soap that is more harsh then others. For the best results, try to combine oils that are mild when saponified with oils that are more harsh when saponified for a balance between a cleansing and conditioning bar.
  3. Fluffy Lather - This column will tell you whether or not a specific acid will produce a fluffy lather. A fluffy lather is thick and bubbly but washes away easily.
  4. Stable Lather - This column will tell you whether or not an acid will produce a stable lather. A stable lather has very little substance but is harder to wash away. In general, you want a combination of ingredients that produce both fluffiness and stability to your soap's lather. Again, your goal here is balance.
  5. Skin care - This column will tell you how beneficial a soap produced by a specific acid is to the skin. It depends mostly on the presence of nourishing vitamins, its mildness and moisturizing abilities.
Explaining how to use the saponification table will take more then just a few words. Understanding the mathematical equation required is a good idea for completeness sake but not essential to make soap. At the end of this page, I reveal a neat little short cut that anyone can use so don't be scared off by the seemingly complicated process! Just read through it once and if you don't want to learn it, use the simplified explanation at the end.
The SAP column (Saponification value) reveals simply how many milligrams of base is required to completely saponify 1 gram of an acid (oil or fat). This number usually tells you how much potassium hydroxide (potash) is needed instead of how much sodium hydroxide (lye) is needed.
If you have read the section on this website about saponification, you should know that the only ion required for the soap making reaction to take place is the hydroxide ion. Both potassium hydroxide and sodium hydroxide have the same number of hydroxide ions so the amount of base should be the same regardless of which one is used, right?
Wrong! The molecular weight of potassium hydroxide is less then the molecular weight of sodium hydroxide therefore less sodium hydroxide is required then potassium hydroxide to saponify the same amount of fats or oils. Sodium hydroxide's molecular weight is only 40/56.1 of potassium hydroxide's weight.
Therefore, in order for the same amount of hydroxide ions to be incorporated into the soap making recipe we need to take every Saponification value that reflects potassium hydroxide as the base and multiply it by 40/56.1 in order to get the sodium hydroxide Saponification value. This is truly an arduous process to say the least.
So what's the Bottom line? Since I only use sodium hydroxide for a base (and I suggest you do the same, unless you are making liquid soap) I have taken the liberty to convert the numbers for you so that they apply to sodium hydroxide.
This means that the SAP value on my saponification table represents how many milligrams of lye (sodium hydroxide) are needed to saponify exactly 1 gram (1000 milligrams) of the fat or oil in question.
Let me give you a few examples to illustrate this fact:
Example 1: According to our saponification table, palm oil has an SAP value of 142. This means that it takes exactly 142 milligrams of lye in order to saponify 1000 milligrams of palm oil.
Example 2: coconut oil has an SAP value of 191.1. This means that it takes exactly 191.1 milligrams of lye in order to saponify 1000 milligrams of coconut oil
Example 3: Avocado oil has an SAP value of 133.7. This means that it takes exactly 133.7 milligrams of lye in order to saponify 1000 milligrams of avocado oil.
So how do we use these numbers to determine the amount of lye needed in a soap making recipe? Well, we have to convert the SAP values into a more usable form so that we can find out the weight of lye needed to saponify the weight of an oil being used.
Remember basic algebra? One familiar rule is that whatever you do to one side of an equation, you must do to the other side. Let's use avocado oil as an example:
133.7 milligrams of lye is needed to saponify 1000 milligrams of avocado oil. At this point, we want to make the units of measurement the same. So if we take 133.7 milligrams/1000 and 1000 milligrams/1000 we get values that are both in milligrams. You can now see that .1337 milligrams of lye is needed to saponify 1 milligram of avocado oil.
Since the lye and avocado oil is in the same unit of measurement we can take the new SAP value .1337 and multiply it by the weight of the oil being used. So let's say my recipe calls for 3 pounds of avocado oil. To find out the amount of lye needed to fully saponify the 3 pounds multiply 3 times .1337. According to our calculations, exactly .4011 pounds of lye is needed to saponify 3 pounds of avocado oil.
Simply put (this is the short cut I was talking about above): Take the SAP value in the saponification table, divide it by 1000 and multiply it by the weight of the oil being used.
Let me give you a few more examples just for clarification:
Example 1: Say your recipe calls for 2 pounds of coconut oil. Take 191.1 (the SAP value for coconut oil)/1000 = .1911 x 2 pounds of coconut oil = .3822 pounds of lye required to saponify 2 pounds of coconut oil.
Example 2: Say your recipe calls for 9 pounds of jojoba oil. Take 69.5 (the SAP value for jojoba oil)/1000 = .0695 x 9 pounds of jojoba oil = .6255 pounds of lye required to saponify 9 pounds of jojoba oil.
Example 3: Say your recipe calls for 12 pounds of olive oil. Take 135.3 (the SAP value for olive oil)/1000 = .1353 x 12 pounds of olive oil = 1.6236 pounds of lye required to saponify 12 pounds of olive oil.
Now, if you've spent any amount of time on this website, you probably know by now that more then one acid is almost always used in any given soap recipe. So how do you calculate the amount of lye needed for an entire recipe with multiple fats and oils? Simple... Just add the cumulative amounts of lye needed for each acid together to reach a sum total of lye needed.
Let's pretend that the 3 examples above are a single soap recipe. You want 2 pounds of coconut oil, 9 pounds of jojoba oil and 12 pounds of olive oil to make up your batch of soap.
All you need to do now is add together the total amounts of lye needed to saponify each oil separately in the recipe to realize how much lye is needed in total for the entire batch of soap: .3822 pounds + .6255 pounds + 1.6236 pounds = 2.6313 pounds of lye to completely saponify all the oils in the recipe.

Superfatting

Notice that throughout this tutorial, I always say "completely saponify"? Each SAP value on the saponification table tells you exactly how much lye is needed in order to turn 100% of the fats or oils into soap. In reality, we don't want to do this. If all the ingredients were completely saponified your soap would be way too caustic and harsh.
This is where superfatting comes into play. Superfatting is where you allow a certain percentage of fats and oils within your recipe to remain unsaponifiedby discounting your lye by a certain percentage.
Unfortunately, superfatting is not a cut and dry process. I personally use a 5-8% discount for most oils to start which usually works out pretty well, but you may need to make some adjustments depending on your preferences.
The key is that a balance needs to be met. If too much oil or fat is left unsaponified (too large of a discount), the soap will go rancid prematurely and be too soft whereas if too little oil or fat is left unsaponified your finished product will be way too harsh.

The only exception to my 5-8% rule is for castor oil. I won't bore you with the scientific reasons as to why this is so, but you should only use a 5% maximum discount for this particular ingredient.
So your final step in the equation is to multiply the amount of lye needed to completely saponify your fats and oils by .92 - .95 (except for castor oil, which would be .95 maximum) depending on how much you want to superfat to reach the discounted amount of lye.
Let me give you one more example just for good measure:
Example: Your recipe consists of 4 pounds of coconut oil, 1 pound of avocado oil and 3 pounds of castor oil. How much lye is needed for this recipe?
Take 191.1 (SAP value of coconut oil)/1000 = .1911 x 4 pounds = .7644 pounds of lye to completely saponify 4 pounds of coconut oil. Now multiply .7644 pounds x .92(assuming we are using an 8% lye discount) to get .7032 pounds, which is the discounted amount of lye to use in order to saponify coconut oil in a recipe.
Now take 133.7 (SAP value of avocado oil)/1000 = .1337 x 1 = .1337 pounds of lye to completely saponify 1 pound of avocado oil. Now multiply .1337 pounds x .92 to get .1230 pounds, which is the discounted amount of lye needed in order to saponify avocado oil in a soap recipe.
Now take 128.6 (SAP value of castor oil)/1000 = .1286 x 3 = .3858 pounds of lye to completely saponify 3 pounds of castor oil. Now multiply .3858 pounds x .95 (because you only discount castor oil by 5%) to get .3665 pounds of lye to saponify castor oil in a recipe.
Now add your totals together: .7032 pounds + .1230 pounds + .3665 pounds = 1.1927 pounds of lye. This is the amount of lye that you will use in this example soap making recipe to saponify your fats and oils at a discount so that for skin care purposes some of your fats and oils remain unadulterated.
I hope that you enjoyed this tutorial and will continue to explore the many pages on soap-making-resource.com. If you have any questions about the chemistry of soap making please feel free to contact me!
Click here to learn how to make soap step by step.


videos από συνταγές σαπουνιών

πως να φτιάξετε σαπούνι (βασική συνταγή)

Φτιάξε αγνό σπιτικό σαπούνι


Πάμε να δούμε πως φτιάχνετε το χειροποίητο αγνό σαπούνι, με τη μέθοδο της κρύας σαπωνοποίησης.
Η διαδικασία είναι απλή, αρκεί να προσέξουμε κάποια σημεία που θα τονίσω στη συνέχεια.
Και να μου υποσχεθείτε, ότι θα τηρήσετε τα μέτρα ασφαλείας (καλά μην σας φοβίζει αυτό δεν είναι τόσο τρομερό).

Πάμε να ξεκινήσουμε.

Tα Υλικά λοιπόν: 
  • Μια ξύλινη κουτάλα
  • Μια κατσαρόλα
  • Ένα πλαστικό σκεύος
  •  Ένα θερμόμετρο (μαγειρικής), εγώ βέβαια δανείζομαι ένα θερμόμετρο που μετράει από απόσταση (θα το δείτε στο βίντεο).
  • Ένα ηλεκτρικό αναδευτήρα (π.χ. μίξερ) (προαιρετικό) 
  • Ζυγαριά ακριβείας
  • Και καλούπια. Τα καλούπια μπορεί να είναι πλαστικά, ξύλινα, από σιλικόνη, αλλά ποτέ μεταλλικά (αν χρειαστεί να χρησιμοποιήσουμε μεταλλικά πρέπει να ντυθούν με μεμβράνη ή λαδόκολλα.

Βασικά συστατικά:
  • Έλαια: Τα έλαια μπορεί να είναι σε υγρή μορφή π.χ. ελαιόλαδο ή σε στερεή π.χ. βούτυρο κακάο
  • Νερό: Το νερό πάντα αποσταγμένο (χωρίς άλατα), Μπορεί να αντικατασταθεί ή να συνδυαστεί π.χ. με ανθόνερο, ροδόνερο, χυμούς φρούτων, γάλα, τσάι, καφέ
  • NaOH υδροξείδιο του νατρίου (ή καυστική σόδα)
Προαιρετικά:
  • Αιθέρια έλαια για άρωμα. Εδώ δώστε λίγο προσοχή.
Τα αιθέρια έλαια έχουν ευεργετικές και θεραπευτικές ιδιότητες για τον άνθρωπο, ακόμα και για τα ζώα. Όμως υπάρχουν ορισμένα, τα οποία μπορεί να προκαλέσουν προβλήματα σε ανθρώπους με κάποιες ευαισθησίες, για παράδειγμα στις εγκύους ή σε ανθρώπους με αλεργείες. Γι΄ αυτό όταν αποφασίσετε να αγοράσετε κάποιο αιθέριο έλαιο πρέπει να ρωτήσετε σχετικά με αυτό.
Προσέξτε να χρησιμοποιήτε μόνο αυτά που έχουν παραχθεί από απόσταξη. Και ποτέ συνθετικά για χρήση σε σαπούνια ή καλλυντικά.


Μέτρα προστασία:
  • Γάντια. Λόγο της χρήσης  NaOH. πρέπει να είμαστε πολύ προσεκτικοί. Σε καμία περίπτωση δεν πρέπει να έρθει σε επαφή με το δέρμα μας, διότι έχει καυστικές ιδιότητες.
  • Μπλούζα με μακρύ μανίκι για μεγαλύτερη ασφάλεια.
  • Γυαλιά για προστασία των ματιών μας.
  • Όλες οι εργασίες γίνονται σε εξωτερικό χώρο ή σε πολύ καλά αεριζόμενο δωμάτιο. Από το NaOH, θα προκληθούν αναθυμιάσεις τις οποίες δεν πρέπει να αναπνεύσουμε.
  • Μάσκα ή μαντίλι το οποίο θα καλύπτει στόμα και μύτη.
*Τα προστατευτικά τα φοράμε καθ' όλη τη διάρκεια, ακόμα και όταν πλένουμε τα σκεύη μας αφού έχουμε τελειώσει την κύρια διαδικασία παρασκευής σαπουνιού.

Εκτέλεση:
  • Ζυγίζουμε τα υλικά. Η ακρίβεια εδώ παίζει πολύ σημαντικό ρόλο.
  • Στο πλαστικό σκεύος έχουμε το νερό 
  • Μέσα στο νερό ρίχνουμε σιγά σιγά και με προσοχή το NaOH, και ανακατεύουμε συνεχώς. 
Σε αυτή τη φάση έχουμε αναθυμιάσεις, και η θερμοκρασία του νερού ανεβαίνει. Γι' αυτό το NaOH πέφτει αργά αργά. Διαφορετικά, θα ανέβει πολύ η θερμοκρασία και υπάρχει περίπτωση, να αφρίσει και να χυθεί έξω από το σκεύος. 
Όσο ανακατεύουμε,  το νερό σιγά σιγά γίνεται διαυγές.
  • Αφού πέσει όλο το NaOH. Το αφήνουμε να πέσει η θερμοκρασία του.
*Αν χρησιμοποιήσουμε γάλα θα το κάνουμε παγάκια και δεν θα το αφήσουμε να ανέβει πάνω από τους 37οC. Κατά την ανάμιξή του με το NaOH θα γίνει λίγο πηχτό, διότι θα προσπαθήσει να σαπωνοποιήσει το λίπος που εμπεριέχεται στο γάλα.
  • Στην άλλη κατσαρόλα έχουμε τα έλαια. Θα πρέπει να έχουν ακριβός την ίδια θερμοκρασία με αυτή του νερού (νερό- NaOH). Αν χρειαστεί θερμένουμε το λάδι. Η θερμοκρασία αυτή βέβαια, να μην υπερβαίνει τους 40ο .
  • Αφού βεβαιωθούμε ότι έχουμε την ίδια θερμοκρασία, ρίχνουμε σιγά σιγά το νερό (νερό- NaOH) στα έλαια (ποτέ το αντίθετο), ενώ ανακατεύουμε συνέχεια. Θα παρατηρήσουμε ότι το λάδι χάνει τη διαύγειά του. Και σιγά σιγά το χρώμα γίνεται χρυσοκίτρινο. 
  • Ανακατεύουμε για 30 με 60λεπτά συνεχόμενα,  μέχρι να γίνει σαν παχύρρευστος χυλός (ρευστότητα μελιού).
Αν όμως χρησιμοποιήσουμε κάποιο ηλεκτρικό αναδευτήρα, στα 10 με 15 λεπτά θα είναι έτοιμο να μπει στα καλούπια (ο χρόνος αυτός ανα περίπτωση μπορεί να διαφέρει).


καλούπι σαπουνιού

  • Αφού μπει στα καλούπια σκεπάζουμε με υφάσματα και το αφήνουμε να σφίξει. Μετά από 48 ώρες, μπορούμε να το βγάλουμε από τα καλούπια και να το κόψουμε σε κομμάτια, (αν το καλούπι ήταν μεγάλο). 
Το σαπούνι σε αυτή τη φάση είναι σχετικά μαλακό και κόβεται πολύ εύκολα.



Προσοχή δεν είναι ακόμα έτοιμα προς χρήση.

  • Το αφήνουμε σε ένα ήσυχο και καλά αεριζόμενο σημείο, ενός δωματίου (πιθανόν να έχουν έντονη μυρωδιά στην αρχή). Όσο περνάει ο καιρός θα δείτε τα σαπούνια σας να καλύπτονται από μια λευκή πούδρα. Μην φοβηθείτε... είμαστε σε καλό δρόμο. Δεν είναι τίποτα άλλο από απλή και όχι καυστική σόδα πλέον. Μετά από 60 ημέρες περίπου, έχει κατέβει αρκετά το ph του σαπουνιού και μπορούμε να δούμε τον πρώτο του αφρό. Πηστέψτεμε θα ζήσετε μεγάλη στιγμή, όταν πλύνετε για πρώτη φορά τα χέρια σας με το δικό σας αγνό σαπουνάκι. Να σημειωθεί ότι όσο περνάει ο καιρός τόσο καλύτερο γίνεται για το δέρμα.
     
Τώρα που μάθατε πως γίνονται το σαπούνι, δε μένει παρά να σας δώσω τις δοσολογίες για το πρώτο σας σαπούνάκι. (υπάρχουν και στο βίντεο).
    τα σαπουνάκια ενα μήνα μετά, έχουν αρχίσει να ασπρίζουν

    Δοσολογία
    • 500gr. Ελαιόλαδο (η συγκεκριμένη ποσότητα ισχύει μόνο για ελαιόλαδο)
    • 64,25gr NaOH (υδροξείδιο του νατρίου ή καυστική σόδα)
    • 157.80gr Νερό

    Αν θέλετε μεγαλύτερη ή μικρότερη ποσότητα, αυξήστε ή μειώστε τα γραμμάρια αναλογικά.
    *Μην ξεχνάτε όλα τα προστατευτικά είδη συνεχίζουμε να τα φοράμε ακόμα και κατά τον καθαρισμό των σκευών μας.


    Κάντε την αρχή και θα δείτε οτι η σαπωνοποιία θα γίνει το νέο σας πάθος!!
    Ελπίζω να σας βοήθησα. Να έχετε  ένα όμορφο και δημιουργικό Παρασκευοσαββατοκύριακο. 
    Καλά να περάσετε!

    Δείτε το σχετικό βίντεο


    τα εύσημα για το ποστ στο



    Wednesday, July 20, 2011

    How to Make Sugar Wax?

    How to Make Your Own Homemade Body Butter




    Difficulty:
     
    Moderately Easy

    Instructions


    Things You'll Need


    • Beeswax
    • Cocoa Butter
    • Shea Butter
    • Double Boiler or Microwave Oven
    • Olive Oil
    • Jojoba Oil
    • Coconut Oil
    • Essential Oil (your choice)
      • 1
        The first step in making homemade body butter is to gather the ingredients. This is possibly the most difficult part.
        Body butter is made from an assortment of oils, as well as beeswax and cocoa butter and shea butter. You'll need those, as well as olive oil, jojoba oil, coconut oil, and any essential oil you would like.
        Fortunately, many of these items are readily available online - and usually for less than you'll pay in local stores for the same products.
      • 2
        For preparing the body butter you will need either a double boiler or a microwave oven. You will also need a hand mixer.
        Once you have all of these ingredients, measure them out. You'll need two ounces each of the butters and one ounce each of the beeswax and each of the oils, with the exception of the essential oil; you only need a few drops of that.
        Take these and mix them together by hand in either the top pot of your double boiler or in a microwave safe bowl.
      • 3
        Having combined the ingredients, proceed to melt them down slowly. If you are doing this in the microwave, do it in short chunks of time, stirring and checking the mixture frequently.
        If you're melting them in a double boiler, then it will be easier to keep track of the melting rate.
        Neither melting technique should take very long since you are only actually melting a few of the ingredients and the rest are already liquids.
      • 4
        Once the ingredients are combined and melted, remove them from the heat source and mix them with the hand mixer while they cool.
        In making homemade body butter, like making actual butter, you will see peaks in the surface of the mixture when it has reached the correct thickness and temperature and is ready.
      • 5
        With your homemade body butter complete, put it into a jar or container of your choice and put it away for use. Slather it on after your next bath or shower to experience the soft skin that your hard work has earned you!

    Read more: How to Make Your Own Homemade Body Butter | eHow.com http://www.ehow.com/how_5309308_make-own-homemade-body-butter.html#ixzz1SeGCTqT4

    How To Make Coconut Body Butter for Dry Skin



    1. Prepare the ingredients—2 ounces of cocoa butter, 2 ounces of shea butter, 1 ounce of extra virgin olive oil, 1 ounce of virgin coconut oil, 1 ounce of jojoba oil, 1 ounce of beeswax and drops of your favorite essential oil.
    2. Prepare the tools or equipment—a double boiler or microwave oven, a bowl and a mixer. In case a microwave oven and a double boiler are not available, you can make use of your pot and your mixing bowl. Put your bowl on top of the pot with boiling water. Water level should not reach the bottom of your mixing bowl.
    3. Mix all the ingredients listed above in a bowl. Melt the mixed ingredients, preferably in a double boiler or microwave oven. This would not take too long. Be careful to overdo the melting process lest it would have an effect to the consistency of your coconut body butter.
    4. Once melted, remove it from the double boiler. Using an electric mixer, blend it while being cooled until it forms a peak. This is like making a meringue. Once the mixture forms a peak, it is ready.
    5. Transfer your coconut body butter into your prepared container. This would also be an ideal gift for your friends, family members and even giveaways for parties.
    A thirsty dry skin can be pampered by applying coconut body butter. It is a real treat for your dry skin because it soothes rough, flaky and itchy skin. A commercially made body butter, which is more expensive, has the same effect with your coconut body butter in providing an intensive body moisturizing effect to your dry skin. With your homemade coconut body butter, you are spared from buying an expensive body moisturizer.