Using all natural bath and body product has nothing but pros and one con.

These products are made from only all-natural ingredients. This is the biggest benefit, in that the body is not being subjected to harmful chemicals. Additionally, natural bath and body can be found everywhere especially in boutiques. They are very affordable and work wonderfully.

All-natural products use oatmeal, honey, coconut, lemons, limes, many extracts, other fruit and vegetables and oils. Most of these things you can buy in our local grocery store. In addition, there are no chemicals added to these products. (The Con) If you happen to be allergic to any product, you can always take that product out and use something else. Typically, natural products retain the nutrients found in these ingredients because additional agents used to include oil, soap, and mineral water.

When using these products you find that the products softer and lighter without leave a film as most products do. Furthermore, these products leave a nice clean scent. Whereas chemically treated products are harsh to the skin. Although they may leave a nice soft scent but, at what cost?

Here is a blog I run across that will spell out a great many things for many people.

Alkaline Solution

  • Soap forms through saponification, a reaction between fat and an alkaline solution. Years ago, people simply mixed ash and grease together. Later, soap makers replaced the ash with potassium hydroxide, a form of lye created through leaching wood ash. Today’s soap manufacturers use either potassium hydroxide or another type of lye called sodium hydroxide. The type of lye determines the consistency of the soap. Potassium hydroxide creates soft soaps while sodium hydroxide yields hard soaps.
  • Commercial soap often contains many other ingredients besides fat and lye. Clarifying agents, emollients, thickeners, dyes, perfumes, texture enhancers, detergents and water softeners are all common additions to soap. Manufacturers add sorbitol to glycerin soaps to make clear bars. They add titanium dioxide to make their bars opaque. Pentasodium pentetate, tetrasodium etidronate and tetrasodium EDTA all function as water softeners, help protect the dyes and perfumes from the effects of metal ions and help prevent soap scum.

Other Ingredients

Read more: Bath Soap Ingredients |

Ingredients —


Television would have us believe that shampoo will change our love life, make us suave and sophisticated, or cure us of scratching our heads in wonder and awe at how shiny our hair has become.


The purpose of a shampoo is to clean the hair. The shampoo must not clean too well, or all of the protective oils in the hair would be stripped out. It must not make the hair smell bad, despite the bad smells of the detergents it is made of.

To sell well, the shampoo must look good, must feel thick or creamy in the hands, and must produce a nice feeling lather. It must smell nice, and not be too expensive.

Other selling points might be the herbal extracts currently in fashion, or amino acids from exotic protein sources like silk or the milk of pigmy goats.


The most common ingredient in shampoos is also the most common detergent in use in other products, a class of surfactants known as straight-chain alkyl benzene sulfonates. An example is Ammonium Lauryl Sulfate, or its sodium relative, or the slightly larger related molecule ammonium lauryl ether sulfate, sometimes abbreviated as ammonium laureth sulfate.

These detergents work best in water that has little calcium and magnesium, as these elements bind to the detergent and make an insoluble scum. So tetrasodium EDTA is used to sequester the calcium and magnesium from the detergent, while keeping them soluble, so they rinse away without scum.

Cocamide DEA (or MEA or TEA) is used as a foaming agent, to make the lather. The other surfactants will generate a certain amount of suds, but this foaming agent is added to get the amount just right. Besides its foam stabilizing effects, it is also a viscosity booster (it’s thick).

Another foam stabilizing detergent is PEG-5 cocamide, which is a foam stabilizer, surfactant, and emulsifier.

The detergent cocamidopropyl betaine is added for several of its special properties. It is milder on the skin than the benzine sulfonates, so adding it to the mix reduces the amount of the harsher detergents needed. It is thicker than the other ingredients, so it can be added to make the mix have the right viscosity. It has anti-static properties, so the hair doesn’t generate an electric charge and jump to the plastic combs and brushes used when drying the hair. It is a humectant, attracting moisture from the air, thus keeping hair from drying out. Lastly, it has antibiotic properties that can prevent spoiling of the shampoo.

The surfactant ammonium xylenesulfonate is a hydrotrope, a compound that makes it easier for water to dissolve other molecules. It is added as a thickener, and to help keep some of the odd ingredients added for marketing effect in solution, including perfumes. Glycerol stearate is another emulsifier used for this purpose.

Special effects

The wax glycol distearate is added to make shampoos opaque and pearlescent. It has tiny flakes that mix well with surfactants, and stay in solution. They also add shear-thinning qualities, making liquid hand soaps pump out of the bottle easier.

Sodium chloride (table salt) is used to thicken the mixture if the main surfactants are sodium lauryl sulfates. If the surfactants are ammonium based, then ammonium chloride is used. Salt can make the shampoo harsh and sting the eyes, so more expensive thickeners are used to keep the salt levels low.

Modified cellulose based thickeners are often used, along with the surfactant based thickeners already mentioned.

Glycerine is added as a humectant (draws moisture from the air), as is propylene glycol, which is also a preservative.

There are many additives put in shampoos and conditioners that appear to be there mainly for marketing purposes. Honey, various herb extracts, and similar items might add to the fragrance, but are unlikely to have any effect in the concentrations used. Amino acids can act as conditioners, but the source of the amino acid is not important. Silk amino acids are no different from soy amino acids, except in the proportions of which particular amino acids are contained.


Two widely used preservatives, DMDM hydantoin and imidazolidinyl urea are found in many shampoos, to prevent fungal and bacterial spoilage. They release formaldehyde to kill germs.

Another broad-spectrum biocide is isothiazolinone and the related methylisothiazolinone and methylchloroisothiazolinone.

Sodium benzoate is another preservative used in shampoos. It kills bacteria, fungi, and yeasts, and works well in acidic mixtures.

Another bactericide used is 2-bromo-2-nitropropane-1,3-diol.

pH balance

The surface of a strand of hair is covered with overlapping sheets, somewhat like the scales on a fish, or the shingles on a house. This surface is called the cuticle.

Alkaline solutions raise these scales, so they stand up. This makes the hair rougher, makes it look dull, and makes the hair shafts stick together due to the rough texture.

Most shampoos are made slightly acidic, to keep the cuticle smooth and lying flat on the hair shaft. Ingredients like citric acid are added to acidify the shampoo.

As the shampoo mixes with the water in the shower or bath, or mixes with dirt on the hair, it can become less acidic as the acids mix with alkaline water or dirt. A compound that releases more acidifying ions when the acidity gets low, or absorbs acid when the acidity gets too high, is called a buffer.

A typical buffering agent used in shampoo is sodium citrate. Since the goal is to keep the shampoo slightly acid, the term “pH balanced” is actually a misnomer. We want the balance to be tipped slightly to the acidic side.


Conditioners are compounds added to keep the hair cuticle smooth and slippery.

Silicone oils such as dimethicone and cyclomethicone are used to make the hair shiny and slippery.

Humectants (moisturizers) like panthenol help keep the cuticle moist, so that the scales do not stand up.

Long chain fatty alcohols like cetyl alcohol, oleyl alcohol and stearyl alcohol lubricate the hair. One end of the molecule binds to the hair, leaving the slippery fatty end on the outside to rub against other strands of hair, or a comb.

Quaternary ammonium compounds are cationic surfactants that bind well to anionic surfaces like the protien in hair. The ammonium end sticks to the hair, leaving the long fatty end of the molecule to act as a lubricant. They are slightly conductive, so the reduce the buildup of static electricity.

The “quats”, as they are called, include compounds like stearalkonium chloride, disteardimonium chloride, quaternium-5 or quaternium-18, polyquaternium-10 and they are all similar in form and function to cetrimonium chloride.

These compounds are also widely used as fabric softeners, for all of the same reasons they make good hair conditioners. They are also used to thicken the shampoo.

The emollient isopropyl palmitate is used as a skin softener, moisturizer, and as an anti-static agent.


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