Cómo Hacer un Baño Electrolítico de Oro | Chapa de Oro Paso a Paso de Joyería — Transcript
Full transcript
- 0:00Hello after like 58,000 years. The
- 0:03truth is that I've recorded a lot of
- 0:05videos. I have too many videos in stock
- 0:07to show you. The problem is that I want
- 0:09to do everything. I mean, I have a
- 0:11jewelry brand, I want to learn more
- 0:13about jewelry, I want to have a social
- 0:15life. Hello, how are you? Welcome to my
- 0:27channel, welcome to Beca Joyería. For
- 0:29those who are new, here we talk about
- 0:31jewelry, we make jewelry and everything
- 0:33that has to do with jewelry and costume
- 0:35jewelry. Today I wanted to show you
- 0:38something new, something that has also
- 0:39been new to me. I've already tried it
- 0:42out and that's why I think I'm ready to
- 0:44show you what gold plating is, or
- 0:46rather gold plating, because in this
- 0:48case we are going to plate it. I know
- 0:51that for many it has been like what the
- 0:54difference is, how it's done, like the
- 0:56general process in the jewelry world,
- 0:58in the world of costume jewelry, is not
- 1:00very well explained and I understand
- 1:02that. I mean, it's also been very
- 1:05confusing for me, but, uh, it's
- 1:08something that has helped me a lot by
- 1:10doing it, both to have, uh, more pieces
- 1:13in my jewelry line, and also for me to
- 1:16be able to explain to, uh, customers
- 1:19and to be able to explain, uh, how long
- 1:22it lasts; because, obviously, it's not
- 1:25solid gold as such, but it is a gold
- 1:27bath. Uh, also how it's done. Also, if
- 1:31you want to make this investment in
- 1:33what I'm going to show you, which are
- 1:35the liquids and the machine, uh, well,
- 1:37it's quite an investment and it's
- 1:39something that's worth it. And if you
- 1:41simply want to watch this video to
- 1:43learn more or to be able to explain it
- 1:45in your jewelry store or simply because
- 1:47you want to learn in the future, that's
- 1:49great. I think we'll go this way and
- 1:51let's get started. And well, I hope
- 1:53it's useful to you. Also, if you've
- 1:56done it and done it differently because
- 1:59I know there are other ways to do it,
- 2:01let me know. I hope to answer all your
- 2:03messages. I know I haven't answered you
- 2:06lately, precisely because of what I'm
- 2:07telling you, I've been overwhelmed with
- 2:09work and I'm not getting it done, but I
- 2:11hope someone helps me very soon and,
- 2:13well, someone helps me with my social
- 2:15networks and editing, because social
- 2:17networks are also an issue. But anyway,
- 2:19let's get to this section. I haven't
- 2:22shown you the table yet because it's
- 2:24very low, but I wanted to quickly
- 2:25explain. I sent all these liquids to be
- 2:27formulated by a chemical engineer. I'd
- 2:30be happy to do it if you're from, well,
- 2:33Mexico or Mexico City, he supplies the
- 2:35entire country. Hey, I can give you the
- 2:38contact information, send me a DM on my
- 2:40Instagram, on social networks and I'll
- 2:41answer faster, especially on Instagram.
- 2:44And if you're outside of Mexico, I
- 2:46honestly don't know how to tell you,
- 2:48but I would say that you should look
- 2:50for someone who is specifically
- 2:52dedicated to formulating for gold
- 2:54plating, a chemical engineer, someone
- 2:56who has worked in the jewelry industry
- 2:58and who can do it for you. It's a big
- 3:00investment, really, but it's 1000%worth
- 3:03it. I'm in front of a window because
- 3:05it's good to have some air. I don't
- 3:08know, this has certain odors, not very
- 3:10strong, but just in case, it's good to
- 3:13have some ventilation. And now, let's
- 3:16get to work. I'm going to show you now,
- 3:18so come over here. I'll show you our
- 3:20beautiful work table. Now I'll explain
- 3:22the liquids, but first of all, we're
- 3:24going to see the power source. It turns
- 3:26on from the back and you can see the
- 3:28bowls from above. This is the positive
- 3:30current output, which is the red one,
- 3:32and the negative current output, which
- 3:34is the black one. These stainless steel
- 3:37plates are called anodes. They provide
- 3:40the positive current source to the
- 3:42solution. In this case, we're going to
- 3:44put it in the degreaser. We'll stir it
- 3:45well so the solution doesn't stagnate.
- 3:47This is the nickel anode, which is made
- 3:50of titanium and has a little nickel
- 3:52inside, so we're using filter paper.
- 3:55Here I'm showing you that I've written
- 3:57down how the voltage and time are going
- 3:59to work. This is a fish tank heater,
- 4:02since we need our nickel a little warm.
- 4:05And here I am touching it to see if it
- 4:07is ready. The gold solution. The gold
- 4:09solution is formulated so that with
- 4:11different voltages we can give it tones
- 4:13of 24, 18 and 14 carats. Here I show
- 4:16you that I also wrote it down and it
- 4:18also needs its stainless steel anode. I
- 4:20also move it a little so that it does
- 4:22not stagnate. I tell you that for each
- 4:24of the formulations we need two rinses.
- 4:27It would be degreasing, water, water
- 4:29which is potable water, acid. After the
- 4:32acid we leave it there for a minute and
- 4:34it would also be water, water and then
- 4:37we take it to the nickel. The nickel,
- 4:40uh, as I had already told you, needs to
- 4:43be hot, the water or the rinse and then
- 4:46we take it to the gold. Uh, it really
- 4:50is very simple, you will see it now and
- 4:52its rinses finally. We can also put
- 4:54lacquer on it so that the plating lasts
- 4:56longer. This depends on each person. So
- 4:59I'll show you the pieces that we're
- 5:00going to plate or gild. These earrings
- 5:02that I was commissioned to make, this
- 5:03little pendant, and this chain that is
- 5:05already gilded, but we're going to
- 5:06improve it. And I'll tell you that
- 5:08we're going to use copper. This already
- 5:10looks gilded because we've already used
- 5:12it, but it's copper. This copper is
- 5:14going to be used for the negative
- 5:16cathode and the anode is the positive.
- 5:19These never touch each other, that is,
- 5:21the anode or the cathode. And what else
- 5:24? Uh, I used insulating tape and made
- 5:26it like an octopus-style hook. Now
- 5:29you'll see what I'm showing you this
- 5:30for. It's literally a normal electrical
- 5:33wire and I made it like an octopus so
- 5:36that the pieces can be easily grabbed,
- 5:38just as you can see. And this is what
- 5:42we're going to connect to the black
- 5:44cable, which is the negative. And I
- 5:47remind you that this should not touch
- 5:50the anodes. So, we're going to
- 5:52introduce this to the solutions. Now,
- 5:54let's get started. Let's put the
- 5:56voltage on the six. Let's introduce it
- 5:58to the degreaser. Why degrease first?
- 6:01We want to clean the piece really well
- 6:03of any imperfections or grease that it
- 6:06has. We put our positive on the anodes,
- 6:09on either one, which is the red one,
- 6:11and we put the negative, which is the
- 6:14black one, on our copper wire, where
- 6:17our pieces are. This degreaser is a
- 6:20soapy solution for metals, so it will
- 6:23clean our pieces really well. They are
- 6:25already quite polished, but for
- 6:27anything that needs cleaning here, we
- 6:29already introduce it and now what I
- 6:31love to see the most is going to begin.
- 6:34We can see a slight bubbling that is
- 6:36caused by the electric current that
- 6:38passes from the anode to the piece of
- 6:40jewelry. This is an alkaline solution
- 6:42that cleans chemically. We shake the
- 6:45pieces well and introduce them to the
- 6:47rinse. We use two rinses, which are
- 6:50really drinking water, bottled water so
- 6:53that it is super clean and there are no
- 6:55residues left. I forgot to tell you
- 6:58that this should be in the degreasing
- 7:00process for 1 to 2 minutes. After
- 7:03degreasing, it goes into the rinse
- 7:05cycle, rinses, and then we leave it in
- 7:07the acid for one minute. This is a 10%
- 7:09sulfuric acid solution. And once it's
- 7:13been there for a minute, we rinse it
- 7:15twice again to make it super clean. The
- 7:18next step is nickel plating. We have to
- 7:21lower the voltage to about 2.5 or 3
- 7:25depending on how much we want it to
- 7:27shine, well, how many pieces we have
- 7:28and how much we want it to shine. I'm
- 7:30going to put 2.5 on it to see how it
- 7:32looks. And we leave it there for 1 to 2
- 7:37minutes. Remember that the anode is the
- 7:41one that carries the positive and the
- 7:43cathode is the negative. This means red
- 7:46is positive and black is negative. And
- 7:48we move it around a lot so that it
- 7:51adheres well. Nickel plating is not
- 7:54mandatory, but it penetrates much more
- 7:56into the pieces. I recommend it for
- 7:58brass pieces. Well, now we rinse it
- 8:02again. As you can see, the nickel water
- 8:04is green, so we rinse it again. I like
- 8:07to put it back in the degreaser, now at
- 8:09the voltage that was for the nickel.
- 8:12Just about 30 seconds so that it cleans
- 8:14any nickel residue that it had. And
- 8:17after its 30 seconds I rinse it, I
- 8:19rinse it and I have to put it back in
- 8:22the acid for a minute. And after that,
- 8:24now we are going to give it the gold
- 8:26bath, well, the gold plate. For the
- 8:29gilding part, now the voltage depends a
- 8:32lot on the color tone. I realized that
- 8:35at 2.35, 2.45 voltage it gives me a
- 8:38fairly light tone that is what I like
- 8:41for my pieces. It's up to each person
- 8:43to decide. And remember that again for
- 8:46the anode we put the positive and for
- 8:48the cathode the negative, which is red
- 8:51positive, black negative. So we rinse
- 8:54the acid and now we put the pieces. You
- 8:58can leave it for 2 or 3 minutes, and
- 9:00depending on the number of minutes you
- 9:02leave it, the microns of gold it will
- 9:04absorb. We move the pieces so that it
- 9:07absorbs well and remember that the
- 9:09cathode and the anode should not touch
- 9:11each other because if not, it will go
- 9:13to your power source. And here you can
- 9:15see how it bubbles again. I love this
- 9:18part. And you know what I love the most
- 9:19, that the gold is already starting to
- 9:21appear. I leave the pieces for a minute
- 9:24and a half, 2 minutes, depending on how
- 9:26much gold you want to add, literally.
- 9:29But obviously, the longer you leave it,
- 9:31the more gold you will add, so the more
- 9:33expensive your piece will be. We rinse
- 9:35it well in water number one and water
- 9:37number two. The gold water is very
- 9:40specific, do not mix it with anything
- 9:42because it is gold, so you will recycle
- 9:45it. And finally, we go to the drying
- 9:48part. You can do it with a dryer, not
- 9:51too hot, or we can dry it with sawdust
- 9:53if you have it. We leave it there.
- 9:56Sorry the picture isn't so pretty
- 9:58because it was already very dark, but
- 10:00here you can see how they are already
- 10:02golden and beautiful, ready to ship.
- 10:04Let's go with a mini summary of
- 10:06everything to make the following pieces
- 10:08. Remember, for degreasing, set the
- 10:11voltage to six, the anode to red and
- 10:14the cathode to black. We degrease the
- 10:17pieces for one or two minutes, put them
- 10:20in water number one and in water number
- 10:22two and leave them in the acid for one
- 10:25minute. While it's in the acid, we
- 10:27change the voltage for the nickel.
- 10:29We're going to put it at 2.5 arox and
- 10:32put the red back on the anode, that is,
- 10:35the positive, and the black, the
- 10:38negative, on the cathode. We leave it
- 10:40for a minute and a half, two, depending
- 10:42on how many pieces there are. And water
- 10:44number one for nickel and water number
- 10:47two for nickel. As I mentioned, I like
- 10:51to degrease it again for just 30
- 10:53seconds and with a voltage of just 2.5
- 10:56so that there is no nickel residue.
- 11:00After degreasing, we rinse it again
- 11:02with water number one, water number two
- 11:04. And I leave it in the acid for
- 11:07another minute. Now, it's ready to
- 11:10plate. You'll see that the more you do
- 11:12this process, the more you realize that
- 11:14it's super easy. It's simply voltage
- 11:17and time. Once it's in the acid, we
- 11:22rinse it again once, twice and change
- 11:26the voltage to 2.35, 2.40, 45 for gold.
- 11:32Remember that red is positive on the
- 11:34anode and black is negative on the
- 11:36cathode. We can see how the piece is
- 11:39starting to turn gold. We leave it for
- 11:41a minute and a half or two and observe.
- 11:44It looks beautiful. We're done. We
- 11:47rinse it and dry it. Very good. Well,
- 11:51we're done. Basically, all I needed was
- 11:54the lacquer, which was just waiting for
- 11:57the piece to dry well. We put it in for
- 12:00a minute or two and then take it out
- 12:02with tweezers, let it dry. Don't touch
- 12:05it too much so that it doesn't leave
- 12:06marks from your finger. And that's it.
- 12:08And well, it's a super nice, super easy
- 12:11process. I really love it. I feel like
- 12:14it gives a lot of value to the silver
- 12:16plating by giving it a gold bath and I
- 12:18don't know, I hope it's been useful to
- 12:20you. If you want more videos like this,
- 12:22let me know. If you want more videos
- 12:24like this about the soldering part,
- 12:26there's one coming soon about fretwork,
- 12:29so wait for more videos and those who
- 12:31comment, I really read all your
- 12:33messages. Sometimes I just haven't
- 12:35taken the time to answer all of them,
- 12:37but I want to answer them. Cover
- 12:38everything very well, turn everything
- 12:40off and just don't let any dust fall
- 12:43into the liquids, especially the gold
- 12:45one. And I think that's it. See you
- 12:48very soon. Bye.
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