Slackstone II Natural solution for dialytic water 2 ampoules

Slackstone II's natural solution for dialytic water is an ideal method for using water in a logical and non-invasive way, simple, cheap, comfortable and easy to use. The natural solution for dialytic water helps maintain good liver and kidney health. The preparation of the Dialytic Water of the Slackstone II System has been perfected until reaching a very simple method, according to the experiences obtained since 1966 and taking into account the results obtained:1- Use a glass of drinking natural water, a quarter of a liter (250 cc) and preferably high. Put the ampoule in the glass with the narrowest part facing up. Mineral water can be used if desired, but it is only necessary in those places where the tap water is very hard. As a general rule, use the water that is usually used in food. Be careful not to subject the prepared water to any heating, cooling or agitation, as this impairs its action. If you want to heat or cool, use a container with hot or cold water, and insert the glass 2- The Slackstone II ampoule must remain submerged in water for approximately 24 hours, so that the entire thick part of the ampoule is covered. The ampoule must not open or break, which is not surprising, since the energy generated by the crystals inside the ampoule passes perfectly through the glass and is transmitted to the water. (The ampoule is as if it were a cell or battery used in electrical devices). The more or less yellowish color of the crystals contained in the ampoule is normal. If necessary, it is recommended to cover the glass with a cloth or plastic, to prevent dust, insects, etc. from falling. 3- Activated Dialytic Water will be taken immediately after removing the ampoule. 4- The glass of water will be filled again and the ampoule will be immersed again, to prepare the next shot, 24 hours later. 5- Each vial is used to prepare 40 glasses of Dialytic Water, a box of Slackstone II (contains 2 vials) is used to prepare 20 liters of Dialytic Water. From that use, the energy emitted by the ampoule decreases considerably, until it runs out.