If you want to cut on your expenses and refine your own gold at home, you can actually do so. There are jewelers who polish their own valuables. There are a lot of ways on how you can use a gold refiner. There are small scale standards you can use as long as you take note of important safety guidelines. Here are some tips on how to use a simple method.
For starters, the Gold must be melted thoroughly. You need to put the lump inside a melting vessel. Most of these pots are from graphite which is a good way to crush the mineral inside the melting container. Segregate this pot in an area that is noncombustible.
Force a torch on the stone. Point the flame at the jewel until it is completely dissolved. Pick up the pot using tongs for safety. Separate each of the minerals into smaller pieces and wait for them to harden. This method is called making shot out of the product. If you are purifying little pieces of jewelry, simply aim the fire on the stone so it will melt.
Review the containers that you use and use an appropriate one for the products you refined. Prepare a suited size for the contents in your medium. A large pot that will not break like a pyrex may be used in the procedure.
Always remember to wear protective gear while doing this procedure. Put on a pair of rubberized gloves to prevent acid from seeping into your skin. Use it while handling different solvents and chemicals. You can also wear an apron for your clothing and goggles to protect your eyes. A face mask is also needed so you will not be able to inhale the exhaust and fumes of the experiment.
Segregate the container and put it outside so it will be ventilated. The air surrounding the product can be a choking hazard and may be trapped inside the facility. The substances that mix together during this method are very strong and unsafe for the body. Put nitric acid for the parts of the mineral inside the container. Leave all the combination for thirty minutes.
Add in hydrochloric for every ounce of product in the equipment. Leave the product overnight until all the of it has been dissolved. Pour the chemical into another big basin. See to it that the particles that you pour out does not contain the mineral. This will look clear with a tint of emerald green. If it looks murky, filter it using a funnel.
Heat up the substance with a part of urea solution and water until this comes to a boil. Add the portion to the solution. This will allow bubbles to appear when you put them together. As you pour it slowly, add a selective ingredient. Do not be near the opening because it emits very hazardous fumes while the experiment is ongoing.
Test the solution for any signs of dissolved products. A gold refiner will be used to detect the metal. Add a hint of solution to any towel. Place a drop of liquid on the area with the acid. If it changed in color to purple then give it more time to stay in the mineral.
For starters, the Gold must be melted thoroughly. You need to put the lump inside a melting vessel. Most of these pots are from graphite which is a good way to crush the mineral inside the melting container. Segregate this pot in an area that is noncombustible.
Force a torch on the stone. Point the flame at the jewel until it is completely dissolved. Pick up the pot using tongs for safety. Separate each of the minerals into smaller pieces and wait for them to harden. This method is called making shot out of the product. If you are purifying little pieces of jewelry, simply aim the fire on the stone so it will melt.
Review the containers that you use and use an appropriate one for the products you refined. Prepare a suited size for the contents in your medium. A large pot that will not break like a pyrex may be used in the procedure.
Always remember to wear protective gear while doing this procedure. Put on a pair of rubberized gloves to prevent acid from seeping into your skin. Use it while handling different solvents and chemicals. You can also wear an apron for your clothing and goggles to protect your eyes. A face mask is also needed so you will not be able to inhale the exhaust and fumes of the experiment.
Segregate the container and put it outside so it will be ventilated. The air surrounding the product can be a choking hazard and may be trapped inside the facility. The substances that mix together during this method are very strong and unsafe for the body. Put nitric acid for the parts of the mineral inside the container. Leave all the combination for thirty minutes.
Add in hydrochloric for every ounce of product in the equipment. Leave the product overnight until all the of it has been dissolved. Pour the chemical into another big basin. See to it that the particles that you pour out does not contain the mineral. This will look clear with a tint of emerald green. If it looks murky, filter it using a funnel.
Heat up the substance with a part of urea solution and water until this comes to a boil. Add the portion to the solution. This will allow bubbles to appear when you put them together. As you pour it slowly, add a selective ingredient. Do not be near the opening because it emits very hazardous fumes while the experiment is ongoing.
Test the solution for any signs of dissolved products. A gold refiner will be used to detect the metal. Add a hint of solution to any towel. Place a drop of liquid on the area with the acid. If it changed in color to purple then give it more time to stay in the mineral.
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