Which Crystals Cannot be Cleansed in Water

CRYSTAL SHOP 👉 <a href="https://www.spiritmagicka.net/" rel="noopener">https://www.spiritmagicka.net/</a><br /><br />- - - - -<br /><br />Healing crystals, as they absorb a lot of energy, tend to become energetically ineffective over time, or can even compromise the energy of the person handling them. For these reasons, it’s extremely important to cleanse your crystals often. Yet, as important as it is, it’s even more important to understand the proper cleansing methods as certain crystals require special attention. The most common way to cleanse crystals is by utilizing natural bodies of water such as rivers, waterfalls, oceans, and even rain – but water is not safe for all crystals, as some may disintegrate or create harmful reactions. Let’s look at some crystal that cannot be cleansed in water as well as alternative methods for cleansing that you can practice instead. <br /><br />Fluorite will dissolve in water (especially salt water) and should NEVER be used to infuse drinking water. <br /><br />Selenite will revert back to gypsum and eventually dissolve if soaked in water. <br /><br />Apophyllite will fall apart when exposed to water. <br /><br />Tangerine Quartz is made of iron oxide which, when exposed to water, will dissolve and cause the crystal to fade in color. <br /><br />Gypsum will dissolve completely when exposed to water. <br /><br />Opal is typically safe in water, unless it is porous, in which case it may crack. <br /><br />Lepidolite may become damaged or color may fade if submerged in water. <br /><br />Azurite may become brittle or lose its lustre if it comes in contact with water. <br /><br />Apatite can be washed briefly, but will become damaged if left in water for long periods of time. <br /><br />Halite (much like salt) is extremely soluble and will dissolve in water. <br /><br />Malachite, as a copper mineral, should NOT be used to infuse water as it becomes poisonous. <br /><br />Turquoise, because of its porosity, will absorb water and crack over time. <br /><br />Ulexite becomes d