The Dead Sea Salt has a unique property. When exposed to water, Dead Sea Salt immediately begins to break down, absorbing more water as it goes. This, in turn, results in the creation of large droplets. These droplets are extremely sticky and very absorbent; they are also made from almost nothing, so there is no need to worry about them being bad for you.
At first glance, the real reason that Dead Sea Salt absorbs water is simply because it is a naturally absorbent substance. It absorbs anything it comes into contact with, including mud, soil, soil salts, groundwater, and even a brush. Yet the initial reaction that we see is that of the majority of people – shock. After all, how could something that so easily absorbs water actually break down?
Well, the answer to that question is simple. Dead Sea Salt has the unique ability to absorb moisture from its surroundings. As it absorbs moisture from the surrounding materials, its cells begin to re-grow. The result is a salt mass that quickly becomes too thick to be absorbed by normal filtering methods. Instead, the water becomes trapped within the Dead Sea Salt, compressing it into fine particles.
In order to make this process more efficient, Dead Sea Salt has been grown by means of a special process. Different seawater is mixed with a seawater solution, producing an emulsion which is then extracted and processed further. The Dead Sea Salt is essentially the "wet" part of the emulsion.
Finally, once the bath salts has absorbed as much moisture as it can, it is rinsed. With this complete process, the Dead Sea Salt becomes pure liquid, ready to be added to your body. What you have at the end of the day is a slurry.
The Dead Sea salt is particularly efficient at absorbing moisture, because it has a very low water content. Without water, the salt becomes the wiper of the precipitation. Thus, the acidity provided by the Dead Sea Salt acts to "wipe" the moisture from the air. Consequently, the result is that you lose less moisture than you would using normal salts.
As it turns out, the process of rinsing is why you don't find Dead Sea Salt being sold commercially. Because it is so easily absorbed by water, rinsing helps to remove most of the water that makes the slurry. Not all consumers enjoy the sensation of being scrubbed clean with Dead Sea Salt, so they aren't willing to pay the price that commercial rinses would cost.
People who do enjoy the feeling of an instantly absorbent Dead Sea Salt are those who are interested in taking a complete cleansing regime. Because the slurry can be used again, you can benefit from an over-all detoxification as well. Of course, there is one major disadvantage to the process. Since you will never get an opportunity to test the slurry, you have no way of knowing if you are able to absorb the water you will be adding to the slurry.
Still, considering the costs involved, many people find it hard to believe that Dead Sea Salt can do anything but absorb water. This is usually because they are unaware of the processes that have been created for the sole purpose of making the slurry absorb more water. Most people don't realize that these steps to better absorb water have been included with the process of growing Dead Sea Salt. Anyone who does their research into the process will discover that this is the case.
If you want to learn about the science behind how Dead Sea Salt is able to absorb water, read up on the information provided by experts. You'll also find out what techniques are used to speed up the rinsing process, and also what is the overall cost involved in doing so. After you get the idea, you'll be able to take advantage of the benefits and minimize the cost.
Dead Sea Salt does not have to be exposed to water after you have purchased it. You can store it for later use and when it is necessary to use it.
As mentioned earlier, Dead Sea Salt is a natural absorbent water absorber. It is also effective at improving your skin's condition. By the time you've finished reading this article, you will be ready to use Dead Sea Salt for any number of purposes.