Posted on January 20, 2021
Why is Himalayan Salt Pink?
Himalayan pink salt is an alternative natural remedy that can be used for healing purposes. It is considered to be one of the safest forms of natural salt available. It is made from the magnesium mineral found in deposits that range from high altitudes in the foothills of the Himalayan Mountains to seas and lakes throughout the world. Many people recognize sodium chloride (also known as table salt) as the typical salt you find at the market. Himalayan pink salt comes in a different grade than regular table salt because it is not manufactured or processed using the same manufacturing methods that commercial products are.
Pink Himalayan salt is pink because it is made through the natural cooling and evaporation process occurring in nature at extremely high temperatures. This natural process is only one of the reasons that this form of salt has become so popular. The pink hue comes from iron oxides that react with water and minerals dissolved in it. It is derived primarily from five salt mines located near the town of Lahaul, Pakistan, where natural water is found in abundance and is used for its natural cooling properties.
Pink Himalayan salt lamps are a type of alternative source of energy. These lamps contain essential trace elements needed for the growth of plant life. They have been used for centuries as a source of energy in their native lands and have now been successfully introduced to the west. Salt lamps have become highly popular among those who seek an affordable, natural alternative to light without causing environmental damage.
Salt crystals contain magnesium and calcium, as well as trace elements such as selenium, potassium, cobalt, zinc, iron, manganese, and molybdenum. The pink himalayan salt lamp operates on the principle of positive charge attracting negative ions. These are positively charged particles that are negatively charged with surrounding neutral matter. An electrical current passing through the salt crystal's positively charged ions allows the ions to freely flow to the positively charged cathode of the bulb, causing a discharge of electricity.
This natural process of electricity generation, however, has another side effect. Electrons moving through a salt crystal's ionic surface can gain energy and become excited. This excited state can create an electrostatic charge that causes movement between electrically charged plates. This movement of charged particles produces a slightly different voltage across the salt crystal, which results in the colour of the salt becoming pink. It is this slightly different voltage that makes pink Himalayan salt lamps different from other similar products in terms of their overall effect on the body.
Pink Himalayan salt lamps can be found in many places. There are numerous salt deposits throughout the world, and many of these deposits are ancient. Therefore, they have the ability to take on a pinkish colour when mined. As previously mentioned, the salt crystals found in salt mines around the world are ancient. Despite this, it is still possible to find salt stones that have not been mined at all, and are therefore in a natural state. Due to this fact, pink Himalayan salt lamps often come mined from areas that do not have the amount of pollution present in more modern cities that would cause the salt crystal to turn a shade of any other colour.
One of the reasons that Himalayan salt tends to take on a slightly pinkish tone is due to the presence of trace elements that make up the mineral. Trace elements like potassium, strontium, and magnesium are found in large quantities in the average salt crystal. The presence of trace minerals is one of the main reasons that pink Himalayan salt tends to have a slightly different colour than table salt. In addition, potassium tends to have a slightly pinkish tinge, and magnesium has a greenish tint.
One of the few health effects associated with Himalayan pink salt is a slight increase in blood pressure. This increase in pressure is believed to be caused by the trace minerals in the salt. Some trace elements like potassium can cause an electrolyte imbalance in people who suffer from hypertension and can cause a lowering of blood pressure as well. However, most experts agree that increased blood pressure should only occur under the most extreme circumstances. Regular table salt will not cause an increase in blood pressure and can actually help to reduce it.