What is Soap

By Terry Bryant, MoonEssence, Inc.

Our handcrafts soap is made using the cold process method, which means no external heat is used so the goodness of the natural ingredients are preserved for you as much as possible. Each bar begins with a high percentage of nutrient rich organic olive oil, organic coconut oil for fluffy lather, sustainable palm oil to increase longevity, Vegetable glycerin for its moisturizing skin care properties.
Next, we add sustainable and organic botanicals, fragrant organic spices, and purifying earth clays.
Finally, we scent our soaps with only pure essential oils extracted from plants… fresh clean scents, the way nature intended it.
                                                                          
Soap is an end product from a complex chemical reaction mixing an acid (fats and oils) and a base (sodium hydroxide solution, or lye solution).  The process of curing is called saponification; that is, when the fats, oils, and lye solution come into contact with one another and react to form a fatty acid salt (soap), glycerin, and sodium carbonate (washing soda).  Time, about three weeks, is crucial for the saponification to be complete.  Then, Voila!  You have soap! The soap molecule has a water loving “head” and an oil loving “tail.”  The method for creating hand crafted bar soap is called the cold process – once the sodium hydroxide solution is added to the melted fats and oils, no external heat is required to keep the soap making reaction going.  However, “cold” does not mean cold; it was coined as a relative term, comparing it to the more common hot soap making temperatures used in commercial processes. 
 
How Does Soap Clean?
 
Pure water, used by itself, is our most important cleanser.  It gently removes emulsified substances from our body and hair without damage to the natural protective mantle of the skin.  It also removes soluble environmental pollutants and most occupational chemicals.  However, soap is needed to remove greasy substances that cannot be dissolved by water alone.
 
This is the interesting part.  Soap helps clean in two ways:  it helps water “wet” the surface to be cleaned, permitting water to reach more of the surface; and it connects the dirt to the water, permitting the dirt to rinse away.  Normally, water and oil don’t mix, but soap molecules change everything because they act as an emulsifier.  In the washing process, the oil loving tail attaches itself to oils and fats on the skin’s surface and disperses them into the surrounding water.  Even mild soaps destroy the natural protective mantle of the skin, but skin re-establishes itself within several ours.  Harsh soaps and detergents, on the other hand, can also leach out the oil content of the epidermis and leave the skin exposed to the outside world.
 
Synthetic vs. Natural, What’s The Difference?
 
When the soap industry first started making synthetic surfactants (liquid soaps), little thought was given to skin compatibility and biodegradability.  The first surfactants had great cleansing powers but were brutal to the skin.  People who used them daily soon developed serious skin conditions, such as eczema and dermatitis.  And although many of the irritating chemicals were taken off the market, there are still many questionable compounds, such as monoisopropanolamine (MIPA), monoethanolamine (MEA), and other words that you can’t easily pronounce, used in the manufacturing of surfactants (detergents).  The list is extensive.  They have good cleansing and foaming properties, but at the same time can cause skin irritations in a large sector of users.  We just say, “Know your soap!”
 
Bottom line:  Natural mild soaps clean without de-greasing the natural protective mantle of skin.  Our skin can easily recoup using natural soaps.  If we de-grease our skin using surfactants, we weaken the natural barrier and allow toxic substances and bacteria to invade the skin.  Yuk!
 
Don’t forget:  Naturally cleaned skin is healthy, and healthy skin is beautiful skin.