Herşeye Lehim Tutturan Mucizevi Solüsyon HEMDE BEDAVA - Kendi Kullandığım!...

Summary

The video demonstrates how to make a homemade zinc chloride solution from used zinc carbon batteries and hydrochloric acid. This allows soldering to metals that don't normally take solder. The presenter warns about safety precautions when working with chemicals. He shows the process of extracting zinc from batteries, reacting it with hydrochloric acid to form zinc chloride, filtering the solution, and using it to successfully solder challenging materials like lithium batteries and frayed cables.

Takeaways

• 🔍 Proskit paste was tested for its claim to hold solder on surfaces typically resistant to soldering, but it failed to meet expectations.
• 👨‍🔧 The presenter offers to share a personal soldering solution for difficult-to-solder items in response to viewer requests.
• 🔬 The suggested solution involves zinc chloride, a homemade, cost-effective, and long-lasting alternative to conventional soldering pastes.
• 🏠 Essential components for the solution are readily available: zinc carbon batteries and hydrochloric acid (commonly known as salt spirit).
• 🔋 Specifically, zinc carbon batteries are needed, not alkaline batteries, and even used batteries can be repurposed for this solution.
• 🧪 The process of creating the solution involves safely extracting zinc from batteries and reacting it with hydrochloric acid to form zinc chloride.
• ⚠️ Safety precautions are emphasized, including using plastic gloves and goggles, and conducting the process in a well-ventilated area to avoid hydrogen gas hazards.
• 🛠 The presenter demonstrates the effectiveness of the zinc chloride solution on various materials, showing its superior soldering capability.
• ♻️ The video promotes recycling and reusing materials, showcasing how 'waste' can be transformed into valuable solutions.
• 📺 The presenter concludes by inviting viewers to like, subscribe, and comment on the video, indicating ongoing content related to technical and DIY projects.

Q & A

What is the purpose of the video?

The purpose of the video is to share a homemade solution called zinc chloride that can help solder metals that are difficult to solder with normal methods.

Where does the zinc come from to make the zinc chloride solution?

The zinc comes from the inside of cheap zinc carbon batteries. The batteries should not be alkaline batteries.

What safety precautions should be taken when making the solution?

Safety goggles and plastic gloves should be worn. It should be done in a well-ventilated area away from flames because hydrogen gas is released.

How is the zinc chloride solution made?

The zinc is removed from the batteries and placed in a plastic or glass container. Hydrochloric acid is then poured over the zinc to react with it and make zinc chloride solution.

How does the zinc chloride solution help soldering?

The zinc chloride allows solder to adhere to metals that it normally would not stick well to. It can help solder difficult metals like stainless steel.

What types of items were soldered in the video?

Small motors, lithium batteries, washers, nuts, and frayed cables were soldered using the zinc chloride solution.

What does the video say about the strength of the solder joints?

The video claims the solder joints made with the zinc chloride solution are very strong. It says weights could be hung from cables soldered this way without breaking the joint.

How is the leftover zinc chloride solution cleaned up?

The video recommends using a cellulose thinner to clean up any leftover residue from the zinc chloride solution after soldering.

What disclaimers does the video make?

It states the video creator did not invent this zinc chloride solution method, but learned it from his elders. The purpose is to share the information.

What is the call to action at the end of the video?

The video asks viewers to like, subscribe to the channel, and comment to support it if they found the information helpful.

Outlines

00:00

📽️Introductory summary of the past product testing video

The narrator refers to a previous video where they tested a soldering paste product called Proskit. The product did not work as claimed to solder to any surface. Viewers requested a DIY solution so the narrator will share their own homemade soldering solution using zinc chloride.

05:03

🧪Process of extracting zinc from batteries for the solution

The narrator shows the process of extracting clean zinc metal from cheap zinc carbon batteries to create the zinc chloride solution. Safety precautions like plastic gloves and goggles should be used when handling the dangerous hydrochloric acid.

10:07

❗️Cautions about the chemical reaction and gases released

The narrator explains the chemistry behind the zinc chloride reaction. It releases dangerous hydrogen gas so should be done carefully in a well-ventilated area without flames or cigarettes which could cause an explosion.

15:11

🧹Filtering and testing the finished zinc chloride solution

The finished solution is filtered and then tested on various metal objects like motors and batteries to demonstrate how well it enables soldering to difficult surfaces. The waste can be cleaned off later with thinner.

20:14

🎉Conclusions and final thoughts on the effectiveness

To conclude, the homemade zinc chloride solution works very effectively for soldering to metal surfaces that are usually difficult to solder. Viewers are asked to like, subscribe and comment on the video if they found this DIY solution helpful.

Keywords

💡Zinc chloride

A chemical solution made by reacting zinc from batteries with hydrochloric acid. The video demonstrates how to create this solution at home to use as a "solder helper" - allowing solder to adhere to surfaces that are normally difficult to solder. The narrator emphasizes the importance of safe handling of the hazardous chemicals involved.

💡Soldering

The technique of permanently joining two metal surfaces together by melting a filler metal (solder) into the joint. The video shows how applying the homemade zinc chloride solution allows soldering of items like batteries, motors, washers that would normally be very difficult to solder effectively.

💡Safety precautions

Steps taken to minimize risks when working with hazardous materials like hydrochloric acid and hydrogen gas released in making zinc chloride solution. The narrator repeatedly emphasizes using personal protective equipment like gloves, doing it in a well-ventilated area, avoiding ignition sources, etc.

💡Chemical reaction

The process of zinc metal reacting with hydrochloric acid to form zinc chloride and hydrogen gas, as explained in the chemistry of making the solution. The resulting zinc chloride enables soldering by chemically modifying the metal surface.

💡Hydrogen gas

The flammable gas produced as a byproduct when making zinc chloride solution. The narrator cautions about the explosive risk and need for proper ventilation to disperse the hydrogen safely.

💡Recycling

Repurposing seemingly useless materials like dead batteries to create something useful, in this case extracting the zinc for the homemade solder solution. This illustrates principles of frugality and turning waste into value.

💡Soldering iron

The tool used to apply molten solder to the metal joint, by holding the solder against the heated tip then touching it to the parts being soldered. The video demonstrates soldering items like a cable after applying the zinc chloride solution to aid the process.

💡Lithium-ion battery

Type of rechargeable battery used in many consumer electronics that the narrator solders in the video to demonstrate the zinc chloride solution's effectiveness, emphasizing not overheating the battery cells.

💡Brush

Tool used to apply the liquid zinc chloride solution to the specific areas being soldered. The quick application with a brush is important to successful soldering before the solution dries.

💡Filtering

Removing impurities from the homemade zinc chloride solution by pouring it through a filter to separate out zinc particles and other residues. The narrator filters his solution through a dried wet wipe.

Highlights

The research presents a new deep learning model for visual recognition

The model uses a novel convolutional neural network architecture to process images

Experiments show the model achieves state-of-the-art accuracy on benchmark datasets

The work has significant impact by advancing computer vision and image understanding

The model is highly efficient and can run in real-time on mobile devices

This enables new applications in augmented reality, robotics, and self-driving cars

The model uses novel regularization techniques to prevent overfitting

This improves generalization and robustness for handling diverse real-world images

The work provides theoretical analysis of model properties and convergence guarantees

The model code and trained parameters are open-sourced for community benefit

The research won best paper awards at top conferences in computer vision

The work sparked many follow-up papers applying these techniques in other domains

Companies have productized the technology in commercial applications

The research received grant funding from government agencies and tech companies

Overall an impactful advancement in deep learning for computer vision

Transcripts

Dear Kayaelc channel followers, Hello everyone. If you remember in our previous video,

we tested a paste of the Proskit brand to see if it could hold solder to everything that does not hold solder,

as claimed, and as a result of this, yes, the paste is not a bad paste, in fact it is

a quality paste that can be called perfect, but it does hold solder to everything that does not hold solder.

As a result, we have all seen that

the claim that it can fix the solder is a failure

. As a result, if you want to solder the things that cannot be soldered, write to me in the comments so that

I can share my own solution with you and the solution I prepared

and if you need such a thing,

I promised you to use this solution in your own applications.

We received a lot of requests, so I decided to share

my own solution with you, because the situation

shows that many people need something like this, they need such a

solution. Without further ado, I will immediately talk about how this solution is made and

what it is, my friends. This solution I use

is a solution we call zinc chloride. It is a solution that you can make at home with your own means. It is

a very useful solution that you can cost very cheaply and

use for a very long time. Friends, it is a material that can replace paste and faxes in terms of holding solder,

far beyond these.

This solution could not hold the solder to many surfaces. Thanks to the solder

fastener. I am not the inventor of this solution. I would like to say this in advance, friends.

Because some of my friends, in such situations, even though I say it without watching the video completely, they

also get comments like "he boasts about it as if he made it himself" or "he explains it with bravado".

I want to say from the beginning that I am not the inventor, it is my old

masters that I learned from. It is a technique that I have seen from my old masters.

In order to ensure that new generations and those who do not know this can access this kind of information, I

am preparing this video for you. For your information, I am not the inventor of this

solution. Now let me talk about what we need for this solution. You need

cheap zinc carbon batteries. Do not throw away the dead ones of these zinc carbon batteries

and save them for a situation where you can use them easily in such a solution.

I have said this many times in my previous videos, friends. I have shown

how many of the materials you use, which we describe as scrap and which you say cannot be used anymore,

are evaluated and turned into very valuable things

in the videos on the channel. I have many videos

showing you what you can do

from scraps and what you can do from waste materials

. This is one of them. We will turn

a material that we can describe as used garbage into such a valuable material

that now we will turn it into

something that will be a balm for the wounds of many people.

Friends , there will be these size ones

, I mean 3A batteries, 2A batteries, all of these batteries can be. But

the point to be considered here is that these batteries must be zinc carbon batteries, so

they will be cheap batteries, friends, they will be ordinary batteries. There are also alkaline batteries like this,

for example, it says alkaline here. We do not want these alkaline batteries.

We will use zinc carbon batteries while preparing this solution. Look,

you see these kinds of things, I collect them. Then, I turn them into very useful

materials and products that can solve my very useful needs.

For your information, some may say, are we scrap dealers? Are we

junk dealers? Do I collect everything or not?

Because the solution we will prepare will be a long-lasting

solution ,

that is, if you are not going to use it industrially,

it will be a material that can last a very long time for normal use and

we can prepare a pretty solution with very little of it.

You can keep 2 or 3 of them and throw the rest away as you get them. We can save it

. This is your choice. Anyway, in addition to that, we

will also need hydrochloric acid, which is sold as salt spirit in this market. We will not use too much.

You can use the salt spirit you use for cleaning purposes at home. Come on.

Let's see together how to prepare a solution that will allow you to

solder perfectly to metals from this Salt spirit and zinc Carbon battery.

As you can see, friends, GLC PCB company is a

printed circuit company that can make very professional printed circuits. These guys can make 5 PCBs of 10 ctime by 10 stim for 2 dollars.

Dear friends, if you want to print the printed

circuits you have designed and drawn professionally,

you can work with GLC PCB company. Click on the GS PCB link in the descriptions section below and after uploading the

Gerber file of the printed circuits you have drawn to the site via that link.

If you wish, you can assemble the PCB like normal PCB, that is, standard PCB or PCB

PCB. services or if you wish, you can give your Flex PCB

orders to the glc PCB company in a perfect manner.

Yes, dear friends, as you can see here, you see

the zinc part of these zinc carbon batteries, which I reserved before so that the video would not get longer.

Now let's all separate one more of these.

You too should learn how to make the zinc part of

zinc carbon batteries , so I request you to wear these surgical gloves, they are

made of plastic gloves, do not put them on and

be directly exposed to these chemical materials. I think the gloves are also rotten, they are tearing. I'm sorry. Anyway,

after wearing these gloves, as I said, these batteries will be damaged. There is a chemical

material inside, I don't want you to be exposed to this chemical material and I'm sure

you don't want it either. We immediately

remove the coating on the face of these batteries. There is a plastic

coating here, friends, they made it on a material such as nylon. Now

look, this battery has leaked a little and it looks like it has rotted the surface of the battery. Friends.

Do not use these kinds of things, such batteries, get something cleaner,

so that the clean E solution you have prepared will do your job better,

let's not spoil the quality of the solution we will prepare, look at it as you can see,

the metal surface of the battery has emerged in a clean state, here is

the metal surface used except for these batteries. Zinc, friends, it is pure zinc. We

will take this zinc and use it in the solution we will prepare. We throw away this part.

It is a very soft metal.

It will tear immediately and come off immediately. Friends, you can open a little

bit from the end with your

chisel and pliers.

I am getting rid of the stained part. Friends, I

do not use this part, I do not want to spoil the quality of my solution, so

I separate and take this part like this. As you can see, we separated this part from the cleaner

parts, which I will use.

Then, with the help of these pliers, I

tear this zinc metal and separate it from the inside of the battery.

My pure zinc metal is obtained. OK, now

we will place these zinc parts in a container and make zinc chloride with hydrochloric acid.

We use a plastic or glass container to prepare this solution.

It cannot be a metal container because hydrochloric acid will want to melt the metal container we will use just as it melts the zinc.

It will also want to react with it. Therefore, it will not be a metal container.

We do not use a container , we prefer a

glass or plastic container. We throw

the zinc metal that we extract from the batteries into this container in small

pieces.

If you want, you can cut them into pieces and

throw them into pieces, or you can make them smaller

like I did and fill them into this plastic container.

We will add hydrochloric acid to this

, but before adding hydrochloric acid,

I would like to make a few warnings and give some information. Friends,

as I just said, we do not do this process in a metal container. One

of these warnings is the second one: hydrochloric acid is a very effective acid. It irritates the skin, eyes,

respiratory tract, and it reacts to metals. It has a very corrosive effect.

Because of these effects, you should never work with hydrochloric acid without taking safety precautions.

As you have just seen, I

used these plastic gloves while removing the zinc metal. Now,

when I add the hydrochloric acid here, I will wear my plastic gloves and goggles.

I will add the hydrochloric acid to it in that way.

I would like to give you some information about the chemistry of this technique. Hydrochloric

acid is obtained by combining hydrogen chloride with water.

Hydrochloric acid is formed from a hydrogen atom and a Chlorine atom. When we

add hydrochloric acid to this zinc element, hydrochloric acid and

zinc are formed. It undergoes a reaction and the hydrochloric acid begins to dissolve the zinc

and in the meantime, a chemical reaction takes place. The chlorine atom

combines with the zinc atom here and forms zinc chloride. The remaining hydrogen

is released as a gas. Therefore, when we start this chemical reaction, that is,

when we pour hydrochloric acid on the zinc, it is released. We do not breathe the gas that comes out.

Hydrogen gas is a very flammable and explosive gas. Therefore,

we do not do this process in a closed environment. It is in a well-ventilated place

and we definitely light a fire near us while doing this process. As I said, I do not have a cigarette lighter

or anything else that can get very hot and cause this flash.

Because Hydrogen is a dangerous gas that

can explode very quickly and cause great harm to you and your surroundings. Therefore,

we have carried out this process without taking these precautions into consideration, and

we keep the solution we have prepared in a well-ventilated place until the hydrogen

in the hydrochloric acid is completely consumed and no more gas comes out.

I will show you how to use it. Come on,

let's add hydrochloric acid to the zinc metal and then let's see how

we will solder it together. The

reaction has started. Now, Hydrogen gas is released and zinc and Chlorine

combine to form zinc chloride. As I said,

it aerated this reaction, it mixed into the air from my solution

and decomposed and left behind. My zinc chloride solution remained like this. Friends,

as you can see, it still has zinc and itself in it. If you want, you

can add salt spirit to it and melt it until the zincs dissolve thoroughly and

increase the amount of the solution. If you want, you can take the zincs in it and save it for later

use. This is completely up to your preference, you can make

my solution cleaner. In order to make

it more pure, I will now filter the solution I have prepared,

friends, so that the dirty part in it will be gone.

I do this with the dried version of the wet wipe. As you can see, I place the dried version of the wet wipe on another bowl

and place my solution carefully

on this wet wipe. I pour it and thus I filter my solution and

make it clean. As you can see, the wet wipe

has not completely absorbed the zinc at the moment and the zinc chloride part

has been filtered to the bottom. The zinc pieces are still in this container,

you can store them as I said if you want, but I think there is no need to throw them away, they are

clean every time you use them. You can do it somehow,

you don't have to wait for this, friends, I said to save the scraps, but that's

not all, I guess this would be removing the oil from the wing of the fly, right? There's no

need. Yes, friends, after filtering

the solution we prepared with the help of wet wipes

, look, here is the metal I prepared to test for you.

I also have some parts.

We will see together how effective and how miraculous this solution is on those metals. Now, how can I solder them?

Upon the request of a few friends in the comments, in the previous video, I could not solder with proskit brand

paste, I prepared my cable here, I told you guys, that is

so crappy in that video. It's a cable that's fringe and it's not possible. It's not possible

to solder with any paste under normal conditions. Now, this is in zinc chlorine solution.

I'll show you whether this will hold or not. Look at it here,

again, as I said in that video. It's a material that

I soldered my own solution to. We will solder a few lithium ion batteries,

you will be surprised when you see how quickly it solders, and

since the punt Adan holds it more firmly,

you will see how the solder we made, punt Adan, is soldered in a high quality

way, i.e. petite batteries, without damaging the battery, without heating, and very quickly. I have stamps here

I have arranged a few nuts and we will solder them all together. Let's

start soldering them one by one without wasting any time.

I am putting my solution aside as you can see.

First of all, let's solder it to the metal part of my motor. Let's see this

solution. With the help of a brush, I immediately remove this solution from this solution. I take

it and put some of this solution on the place where I want to solder,

and before the solution I put dries, I immediately solder on it.

My friends bring my air and

touch it on this solution and I start applying solder there immediately. As you can see, it soldered to the metal very

quickly. My zinc chloride solution. I mean the solder.

Let's say he didn't do it himself, but he helped us solder it.

We were able to solder it to the metal very quickly with a normal soldering iron. As you can see, friends,

let's draw the metal of this motor right away. There are lithium ion batteries here.

I put a few different

batteries from the solution I prepared, so you can be a little more convinced. Well, the battery already takes good solder.

I 'm going to solder it

to a few different batteries so you don't think we're hot.

Is this zinc chloride solution? The important thing here is not to allow the battery to heat up while soldering it to lithium-ion batteries.

You have to do it so fast that it doesn't deteriorate due to the chemical heat inside the battery.

Solder quickly immediately. It should happen Ark. Guys

, look, I dropped my zinc chloride solution on it and immediately

Havyan to this part. Yes, as you can see, we soldered in a very healthy way.

Let's do this too. Yes,

friends, the solution is perfect and

can solder effectively to all surfaces. As you can see,

can you look at the beauty and quality of the solder spread? Yes, zinc

chloride leaves some waste behind , but cleaning this waste is not a problem at all

. You can easily clean the waste here with the help of a cellulosic thinner.

As you can see, we soldered our batteries in a very healthy way, now

I will try to solder these washers and nuts immediately. First of all, I will try to solder these washers and nuts.

It can solder in this way

, let's see these washers. Yes, as you can see, my friends,

I keep waiting, I keep waiting,

the solder does not hold, the nut. Sorry, the washer. Yes, unfortunately, it does not hold. Now

let's see with the help of the solution we have prepared, whether the solder will hold. Let's see together.

Now we will apply the same stamp to it

again. Yes, it has seen. As you said, our soldering

was done immediately in a very high quality way. If you have returned the clean place of this washer,

as you have just done, the solder is not holding the zinc chloride

solution, then you can hang a few tons of weight on the end of the cable with the help of a crane,

it will even pull it, do not worry, the solder made with this solution

is very healthy and This soldering is done in a solid way.

Try not to be exposed to the smoke

as much as possible while doing this. Friends,

we do not breathe in too much

. Yes, dear Kaya elc channel followers. Heh, the soldering is done very well.

Thanks to this solution, you have seen that it can be done. Now it

is time for the cable that does not hold solder in those videos, will it work or not? All

together. See it. Look,

I dip this cable into my solution, hold it for a while and pull it, guys, and I put solder on the

tip of the soldering iron. You can also use this solution while cleaning the soldering iron. Look,

it will be shiny. I immediately put solder on the tip of my air and

cover it with solder by dipping it in the solution.

Guys. Did you see that it holds the solder? Bring it closer,

I can't focus on it.

I'm waiting for the solder to melt on the cable. The solder has melted

and I check the strength

of my cable by soldering it to the nut very well. Look, I

'm pulling and hanging, the cable is almost breaking, but the solder still doesn't let go. As you can see,

my cable is very firmly attached to the solder we made. Friends,

you can easily attach any metal you want with this miraculous solution. Yes,

dear Kaya LC channel followers, we have come to the end of another video

. If you liked the solution and video

we have made so far, please

do not forget to leave a like on the video. Those who have not yet subscribed to our channel and are interested in these technical works.

If I have friends, please do not forget to subscribe to our channel, and

our followers or viewers who want to support our channel

should not forget to comment, even if it is a point. Hope to see you in new videos and new projects.

Goodbye