Salt has been used for many years for medicinal purposes in the world. It is used as a purifier, to add flavor to foods, and as an antiseptic and deodorizer. It is even said that Himalayan crystal salt lamps will increase sleep, decrease stress, lower blood pressure, and relieve headaches and migraines. Himalayan crystal salt lamps are a curious yet unique piece of home decor.
The beauty of these salt lamps made with Himalayan crystal comes from their color, light, and ability to reflect natural light. They look pink in the light because of the mineral content, which is primarily magnesium sulfate. This makes the color pink. Crystals of this salt are found naturally mined in Himalayan regions, which make the colors of the crystals deeper and more beautiful.
A pink Himalayan salt lamp may help reduce stress, improve mood, and promote a relaxed state of mind. It may also promote weight loss by stimulating the metabolism and burning calories. The light refracts through the medium of the lamp, which is basically the Himalayan crystal salt. Because of this unique property, pink salt lamps may help alleviate seasonal affective disorder as well.
A pink Himalayan crystal salt lamp may also be affected by chemical analysis of dust particles. A laboratory test found that dust particles added to a salt lamp produced a higher color intensity than did dust that was randomly added. The test was conducted at the University of Glasgow. Lower quality Himalayan salt has a slightly greater concentration of magnesium sulfate, which makes it appear bluish.
Salt in its natural state contains many impurities, such as lime scale, airborne pollution, iron particles, magnesium dust, and organic matter. This makes it less useful for cooking. In order to improve the usability of this salt, it is subjected to mechanical treatment in the production of saltpetre. Saltpetre is simply high quality, evaporated clay. The resulting product is used for impregnating kitchen tiles, fireplaces, and other applications that require toughness. However, most companies process the salt before using it and use inferior quality clay.
Pink Himalayan crystal salt has a higher content of magnesium than other salts, which makes it even more desirable. Salt in its natural state contains many impurities, including dust particles, airborne pollution, iron particles, and organic matter. This makes it less useful for cooking. In order to improve the usability of this salt, it is subjected to mechanical treatment in the production of saltpetre. The resulting product is used for impregnating kitchen tiles, fireplaces, and other applications that require toughness.
Many companies today process Himalayan crystal salt in a manner that leaves behind inclusions. However, there are methods that render salt crystals with minimal inclusions. These methods include ion exchange, air flotation, and optically clean technology.
It is interesting to note that the best Himalayan crystal salt also contains trace amounts of copper, zinc, tin, manganese, and magnesium. This characteristic is what pushes this salt crystal from being called salt ornaments, to being marketed as fashion accessories. Today, many buyers use salt crystals as a fashion statement. This contributes to the fact that it promotes buyers to look for products that are not only healthy but that also promote health. The best Himalayan crystal salt is not only used for its ability to provide an exquisite flavor but also for its ability to leave behind inclusions and its lack of particles.
Salt crystal manufacturers use four different methods in order to make their salt crystals non-bleaching. All of these methods work but the best method is optically clean technology. This process utilizes ultraviolet light in order to destroy any salt particles that are found within the crystal. The presence of salt particles within the crystal makes the crystal unsanitary and unsafe to use.
It is important to remember that a salt’s purity and minerals are affected by the conditions in which it was harvested. Some salt grades are more highly valued than others due to their lack of dust or heavy mineral inclusions. In many cases, salt that lacks dust or heavy mineral inclusions is better than highly processed salt. Salt that is harvested in a highly contaminated environment is typically lower in purity than salt produced from a less contaminated site. One type of salt that is particularly high in minerals is raw salt. Although there are some advantages to using raw salt, such as its higher mineral content, most people choose processed, which is higher in purity and has a lower color and texture.
In the manufacturing industry, when salt crystals are exposed to heat or acidic conditions they become unstable and will clog pores. Clogged pores present within the crystal will allow in bacteria, which can cause serious damage to the crystal. As a result, it becomes necessary to replace the salt crystal in order for it to flow, thus preventing any further damage to both the crystals and the surrounding area. In the event that an unclogged crystal should break, it is often preferable to use a lower quality salt, as the smaller crystals have the ability to flow quicker than larger clay particles.