Difference between revisions of "Additional Nano-coating opportunities"

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Nano-coating with heater and stain steel pot
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A well working method for the Nano-coating is to make the Nano-coating with a stain steel pot and a heater. Escpecially when you don't have a warm environment around 25-35 degrees, which are optimal temperatures for a proper Nano-coating, this method is very usefull.
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=== About the use of NaOH with KOH or other additives in Nano-coating ===
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=== Nano-Coating with a stain steel pot and heater ===
 
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[[File:Nano-coating with stain steel pot description.jpg|thumb|500x500px|Nano-coating with stain steel pot description]]
 
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This possibility comes from a Knowledge Seeker which achieves very good results with it. It's also very suitable in cold places, because a temperature of 25-35 degrees is very advantageous for a good Nano-Coating. The Caustic can also be reused, which is not possible with a plastic box. With this process you can control the temperature with a heater. It is important that the pot is made of stainless steel, as this material does not interact with the Caustic und that the pot closes well to prevent escaping steams. Also it seams that it is important, that the pot(/container) is round. So the steams have a better flow through it.
 
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Here you should develop your own approach, as each heater and pot has different characteristics. For example, one heater or pot takes longer to heat and the other takes less. One is smaller, one is bigger and so on...
 
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First of all, the plates should hang fully covered in the Caustic for 2-3 days (Phase 1: Caustic bath). Then remove so much Caustic that the plates are exposed. A remaining amount, which is then heated, remains in the pot.
 
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In general it is a matter of heating up the Caustic to such an extent that vapours are produced in the pot, which the plates Nano coats. Once the caustic has been heated, leave it for a few hours at a low temperature and then use a multimeter or battery to draw off the current. Then you heat the caustic again and repeat this process. The more often you do this, the better the Nano-coating will be.
 
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As you see on the picture beside, this is a possible construct and solution, how you can hang in the plates.
 
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'''Additional:'''
 
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It has been tested from this Knowledge Seeker, that if the plates are previously coated by the fire method, the Nano-coating process goes faster, because the molecules get opened up through the fire-coating.
 
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'''Wear your safety equipment and make sure that the pot closes well and that you do not inhale the fumes!'''
 
  
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100% NaOH is used in the standardized Nano-coating process. With this Nano-coating, CO2 GANS can be produced, for example, which does not contain any other fields. When we talk about CO2 GANS, we mean the Nano-coating by NaOH. It is also possible to add other additives to NaOH or distilled water during the Nano-coating process. However, this can only be done if it is really for a purpose, because every addition of additives also has its effects. For example, KOH (20%) can be added as flakes/powder to NaOH (80%) before boiling water is added. However, this gives a different CO2 GANS, which also includes the fields of Potassium. This should only be used when the fields of Potassium are needed in some form later. It is also possible to add a few drops of CO2 GANS water to the distilled water used for the Nano-coating process, but only if you want to produce CO2 GANS with the Nano-coated Copper plates. Otherwise the CO2 fields will be increasingly stored in the Nano-coating and if they are used for the production of e.g. CuO GANS, no pure CuO GANS will be produced. In general it should be said that the use of KOH or other additives in the Nano-coating process should be avoided unless you know 100% what you are doing. The coating process developed by the Keshe Foundation only with NaOH is fully suitable for all later applications. Desired additives can be added at the later GANS production, see "[[Methods of making all other GANSes|Methods to produce all other GANSes]]" or with the "[[Replication Units]]".
 
=== Polishing the Nano-Coating ===
 
=== Polishing the Nano-Coating ===
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A opportunity for making the Nano-coating much stronger is to polish it during a lot of repetitions of the Nano-coating.
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A opportunity for compressing fields is to polish the Nano-coating during a lot of repetitions.  
  
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For polishing a Nano-coating you use a very fine cloth, what you use for example to clean glasses. It’s finer than an 8.000 cent paper. You polish it in circles and then you Nano-coat it again. The top surface breaks through it and you more or less seal it and then you grow on this sealed surface new Nano-layers. From Nano-coating to Nano-coating the layers get stronger and stronger. If the Nano-coating is made several times, you can produce much more GANS with one piece.
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For polishing a Nano-coating you use a very fine cloth, what you use for example to clean glasses. It’s finer than an 8.000 cent paper. You polish it in circles and then you Nano-coat it again. Nano-coating it again means, that you hang it back into the box with a warm environment between 30-40 degrees. With this temperature the moisture (little steams) is in the box which is needed to build up more Nano-layers.
  
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=== Nano-Coating with GANSes or other materials ===
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The top surface breaks through it and you more or less seal it and then you grow on this sealed surface new Nano-layers. From Nano-coating to Nano-coating the fields become more compressed.  
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When we use for the Caustic/Nano-coating process already Plasmafied water, for example CO2 GANS-water, the fields of the CO2 will be in the Nano-coating. If you already know what you want to do with it, you can do that. For example if you want to make a Pain Pen and use CO2/ZnO, you can use already the GANS of CO2 and ZnO and the GANS-water for the Caustic process. So the fields are inside and influence the effect positive. If you want to make clean CuO GANS with it, it isn't a good idea to use CO2/ZnO. Then you use CuO. If you want to make a Nano-coating with herbs, you can do it.
 
  
 
=== Coating of plastic balls ===
 
=== Coating of plastic balls ===

Latest revision as of 17:32, 17 June 2019

About the use of NaOH with KOH or other additives in Nano-coating

100% NaOH is used in the standardized Nano-coating process. With this Nano-coating, CO2 GANS can be produced, for example, which does not contain any other fields. When we talk about CO2 GANS, we mean the Nano-coating by NaOH. It is also possible to add other additives to NaOH or distilled water during the Nano-coating process. However, this can only be done if it is really for a purpose, because every addition of additives also has its effects. For example, KOH (20%) can be added as flakes/powder to NaOH (80%) before boiling water is added. However, this gives a different CO2 GANS, which also includes the fields of Potassium. This should only be used when the fields of Potassium are needed in some form later. It is also possible to add a few drops of CO2 GANS water to the distilled water used for the Nano-coating process, but only if you want to produce CO2 GANS with the Nano-coated Copper plates. Otherwise the CO2 fields will be increasingly stored in the Nano-coating and if they are used for the production of e.g. CuO GANS, no pure CuO GANS will be produced. In general it should be said that the use of KOH or other additives in the Nano-coating process should be avoided unless you know 100% what you are doing. The coating process developed by the Keshe Foundation only with NaOH is fully suitable for all later applications. Desired additives can be added at the later GANS production, see "Methods to produce all other GANSes" or with the "Replication Units".

Polishing the Nano-Coating

A opportunity for compressing fields is to polish the Nano-coating during a lot of repetitions.

For polishing a Nano-coating you use a very fine cloth, what you use for example to clean glasses. It’s finer than an 8.000 cent paper. You polish it in circles and then you Nano-coat it again. Nano-coating it again means, that you hang it back into the box with a warm environment between 30-40 degrees. With this temperature the moisture (little steams) is in the box which is needed to build up more Nano-layers.

The top surface breaks through it and you more or less seal it and then you grow on this sealed surface new Nano-layers. From Nano-coating to Nano-coating the fields become more compressed.

Coating of plastic balls

In contrast to glass balls the plastic balls hold the fields rather inside.Tests showed, that Nano-coated plastic balls are much more efficient. The most common way to coat plastic balls is, just adding it to Caustic. The Caustic has to touch the inside and the outside, to coat both surfaces.

Direct the Nano-Layer flow with a battery

For giving the Nano-coating the flow a direction, you can use a standard 1.5V battery, if you do not have a multimeter or if you want to be save, because sometimes multimeters go "crazy" and don't work right.

  • Battery 1.5V holder

  • Battery 1.5V for directing the Nano-Layer flow.jpg

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