Making gold is an all-too-common method for investing in the economy and protecting your wealth in the event of a precious metal crash. In fact, many people find that making gold is a way to diversify their wealth by owning bullion.
There are several ways to make gold. The most common is to process ore into bars or sheets. Another method is to make slugs. These are the exact same as bars except they electronically transfer information from one device to another.
Slugs require more expertise and equipment than processed ore does, making them less common than barmaking methods.
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Decide on a method of fusion
After you have determined the exact composition of your monoatomic gold, the next step is to figure out how to fuse it.
There are several methods of making monoatomics, and each one has its own way to fuse them. The most common method is electrorefining, where a large electric charge is passed through a mixture of metals.
However, this method is very complicated and requires special equipment. There are also craft methods, where people use solvents or other chemicals to create the fusion. These methods are less reliable than craft ones, as they can not be used with someone who is not very good at making things with other things.
As mentioned earlier, osmium plus gold creates tetragonal gold– Os+4 Ag++. This method requires very precise timing and pressure in the process.
Ensure safety throughout process
Before beginning any metal working project, make sure you have the proper tools and supplies available. You can get free help from a local community college metals classes, or you can visit a metal working store to learn some techniques.
Many times school teachers or other professionals will not have the appropriate supplies for learning new metalworking concepts and techniques. Therefore, it is important to learn this knowledge from sources that have been trained in the field.
The best way to ensure this is to go to the store with a source of high-quality materials! It is also important to check your supplies for quality every year or two to ensure they are still available.
While it may be tempting to go out and buy the latest gadget or tool set that’s “the one”, do not take risks with your project safety.
Choose pure gold wires for electrodes
When making an oil-on-a-chip device, the electrodes must be made of solid gold. This is important, because when you connect the wires to the device, some of the gold’s positive charges will transfer to the chip!
This allows your device to recognize a connection and start charging! You will need to purchase at least two sets of electrodes, one set consisting of thin wires and one consisting of thick wires.
Thin electrodes will result in a slimmer and thinner oil-on-a-chip, while thick ones may result in a bulkier oil-on-a. Either way, they must be matched up with their corresponding size immersion circulator or tank!
Make sure to study your device’s specifications before making any changes.
Prepare container for mixture
Before you begin making gold, make sure a clean, dry container is waiting for you. A little red mercury mixed in with the monoatomics can cause some unexpected results.
You will need to mix it in by tapping the powder into the container, so be careful not to strain out too much mercury when doing this.
To ensure your gold does not turn brown or grey from the Mercury, it must be added very carefully as well. Use only small amounts at a time to make sure your gold does not look better.
Make sure your silver and copper do not burn when mixed because they will not be used for anything else! It is also important to note that if you do have some of your monoatomic gold that looks ugly or bad, then you can get rid of it by pouring some red mercury into it and letting it set for a day or two before attempting more melting due to its properties.
Ensure electrodes are clean and conductive
When making an osmium metal heating device, it is important to ensure that the electrodes are clean and conductive. Osmium is a rare metal, and therefore, you should use quality material when making an osmium heating device.
You can tell if a metal is pure by how it looks and feels. If it seems dull and/or thick, then it is not suitable for making an osmium heating device. You want to avoid thin metals such as aluminum or gold, as they may not hold a precise temperature for long enough.
Make sure the electrodes are smooth and free of sharp edges. If they are curved, then they may not be suitable for making an osmium heating device. Make sure they are clean and free of dusts and debris that could prevent the metal from conducting heat.
Mix the gold carefully
When making gold powder, you must mix it very carefully. Too much can result in poor quality gold, or even silver!
Too much gold will cause the mixture to stick to the bottom of your pan and not be able to drop any grains into the mixture. This can result in poor quality gold.
Similarly, if too much silver is included, it may reflect and not be covered by the golden grains of the powder. This can result in some expensive bills paying for some free stuff!
You want your powder to be as perfect as possible when making your alloy. If you have some excess silver, then make more gold. If you have too much of another metal such as copper or tungsten, make less gold.
The ideal ratio of each metal is hard to determine! We suggest checking out our video below for an easy tutorial on how to make monoatomic gold.
Check its purity with chemical test kit
While making gold is a very complex process, there are several easy steps that you can do to check the purity of your gold. You can do this either by buying a test kit at a hobby store, or by doing some research online and purchasing one through an online retailer.
Theoretically, the gold you make should pass a chemical test kit. However, this does not always happen in real life. There are many occasions where your gold does not look pure and feels like it is of good quality.
In these cases, you have two options: take it to a jeweler or buy one yourself! Neither of these is recommended though as they charge high fees just to confirm that your metal is pure.
Instead, you can make your own! You can do this easily and for little cost at home.
Pour into mold or separate into pieces
Once your monoatomic gold has set, you can make some really cool things! You can wear them as jewelry, create computers with them, and use them in scientific experiments.
In the past, people have made jewelry out of it. They have used it as a currency in transactions. You can buy things with it and they accept it as payment!
In the scientific world, they use it to conduct experiments. Using very small amounts of monoatomic gold, people can conduct complicated experiments that require little preparation.
Some scientists even use solders to make their gold because they are very cheap! This is crazy how easy it is to make monoatomic gold and what you can do with it.