Dead sea salt is probably one of the best known and most widely used ingredients in many moisturizing soaps, creams, perfumes, shampoos, conditioners, and body products. It's widely available in most countries of the world as well as in health food stores and drugstores. In fact, you can find some excellent items at discount prices if you take the time to look around. As its name suggests, the water that's collected from the Dead Sea is extremely salty, with a pH value of 9. The resulting salt, known as sodium chloride, has properties that are excellent for the skin's health.
The key ingredient in bath salt from Amazon, however, is the "sea salt." This special, deionized type of salt, which has no minerals other than sodium, is made in the same way as all deionized salt. When it's processed in this way, it leaves behind what's called "free-radicals," which is basically anything else that might have come in contact with the salt. Most sea salts leave behind very little other than the mineral content, which can make them highly effective, but there are some disadvantages as well.
Many of the chemicals and other additives that are used in making bath salts from Amazon use up these free radicals, leaving the salt pretty much inert. As a result, many sea salts that are sold as bath salt from Amazon actually aren't bath salts at all. Instead, they are "skin care products" that don't contain the essential properties of water, such as the skin's necessary hydrating properties.
Although Dead Sea salts do have a high amount of minerals and other nutrients, the skin absorbs a far more amount of sodium chloride. This is why many skin care products that use Dead Sea salts contain more sodium than they do potassium and sodium. This is because they're just using the mineral content of Dead Sea salt as an ingredient, not adding the sodium chloride that actually provides benefits to the skin.
This is why many skin care companies use so much sodium in their salts from Amazon. It's easier to add salt than it is to remove it. Since the ionized salt has virtually no other minerals other than sodium, manufacturers are able to add a higher amount of salt than they have sodium chloride without any real loss of minerals.
Of course, the problem with bath salts from Amazon is that the sea salt isn't the only ingredient in the product. In addition to sodium chloride, the product also contains a number of other minerals and additives, including magnesium, copper, and iron, among others. This adds up to what's sometimes referred to as a "high concentration" of salts in the product.
This high concentration of salts can actually lower the skin's hydration levels. It's because these extra minerals and additives don't add anything to the water molecules, but rather alter the water molecules and change its molecular structure in a way that can make the skin feel dried out and flaky.
Since the body doesn't absorb many of them as easily as the water itself, the skin is forced to work harder to absorb the salt. This process causes dryness and flaking, which leads to an uneven skin tone, an undesirable condition known as scaling or sagging.
While some of the naturally occurring minerals in sea salt are actually helpful to the skin, the majority of the added ingredients aren't. They just add artificial additives and chemicals, which are just added for the purpose of making the salt smell and feel better. In other words, they're added to make the product look good.
There are a number of products on the market that do not contain these chemicals, and instead add all-natural ingredients that offer much better benefits to the skin. Unfortunately, they don't come cheap, though, which is why most companies use the cheap ingredients in their product to make them, rather than investing in ingredients and technologies that will provide real benefits for your skin.
So, if you're concerned about the purity of your skin care products, make sure that you look for ingredients such as magnesium chloride, copper, and sodium chloride from Amazon. and not something like sodium chloride. and/or sodium.