Easily Permanently Magnetize Most Screwdrivers / Tools & Utensils. & Demagnetize Them. Hack / Trick.
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- Опубликовано: 26 фев 2021
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In this video I will show how to easily magnetize or demagnetize almost any tool that has magnetic potential. Such as a screwdriver, a bit for a drill or many other things. This is useful life hack that can come in handy for so many things. Hope you find it a neat trick too :)
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Thank you! 
Развлечения
When I was in school back in the 70's, I magnetized my orthodontic braces and it was fun to show the magnetism to forks and spoons at lunch.
😂😂😂
Bad idea..
the hard drive to day aren't hard drives there static drives ...
Oh dear GOD this saved my life !! Attempting to replace a bulb in a microwave oven, unscrewed 2 minuscule bolts that I should NOT have.... and ping/ping, screws drop down inside. I screamed, cursed GE and was sure it would be a GE only repair grrrr...but considered magnets, FOUND this and fished them out !!!!! HALLELUJAH !!!! MIRACLE !! And SCIENCE !!! Thanks SOOOOO much from a rookie repair gal. But I am learning...:))
Cool, definitely glad to hear it helped. That is always a good feeling!
Thank you for posting this. I have a project requiring I drill holes in magnets. I ended up with a magnetized drill bit, caliper, depth gauge, and pick. This method demagnetized them all. You saved me a lot of time and frustration.
To anyone trying this, pull away FAST. When I first tried it I pulled away too slowly and it didn't work. But if you pull away fast it works every time.
Glad it was able to help :]
Excellent. I've been looking for ways to magnetize screwgun bits since the impact bits don't come magnetized. I'll try using the 18" tall stack of microwave magnets I have in the shop. Thanks for the straightforward video.
Wow! Fabulous, easy to understand, to the point. Thank you!
Welcome. Thank you for the comment.
thank you Man .U save my money am repairing phones I was always spend my money looking for magnetic screwdrivers to pick phones screw
Thank you for being a great teacher.
Thank you for being an awesome viewer and commenter :)
Thanks, very helpful!!! Straight to the point, excellent.
Glad you liked it.
Awesome. Thanks 😊
Thanks for this very helpful tip. I will definitely be using it!!!
Cool, glad you found it so :]
This was very helpful
Thank you!
Glad it was helpful :]
Hope you're doing well, man!
Ups and downs. But hopefully on a general incline. Thank you :)
Really useful!Thanks!
Welcome, glad it was useful :)
Thank you very much!
Glad it was helpful :p
Wow! You’re the man!
Trollfacetheman ;]
Thanks for sharing this information and video
Glad it was helpful :]
AWESOME DUDE!!!!! THANKS 👍
Welcome :]
I remember when I first learned about this I was amazed and that wasn't too long ago. I'm 49 years old and worked with many many tools couldn't believe I never heard of this before I did
It is a cool little trick for sure.
Heating, dropping, and hammering a magnetized tool can all also demagnetize it.
Interesting. I know about heating. But not the others.
If you hammer it then the hammer becomes slightly magnetized
Awesome awesome sure tells you who took stuff apart or together growing up sure not the hands on stuff now a days fantastic my friend
Thank you :)
We were taught this in School , 40 years ago , the science behind it is very interesting also.
I bought a inexpensive set one of those 70 pieces. That sit on the work bench. There nice everything but magnetic. Guess I have a project for Saturday. The day that they taught this I must have been home sick. I do remember the wire twisted around the shaft and hooked up to a battery.
I knew the trick to magnetize them, but I had no idea about the demagnetization one! I thought you would just heat it a lot... which also would kill the magnetism but maybe make the toll more brittle!? You learn every day :)
same
Yep that is the thing. You could heat them to remove the magnetism bit It could make the tool more brittle when it's supposed to be softer. Or less brittle if it removes the temper.
Long with likely oxidizing it in the process and destroying burnable part of it if not careful.
You can also just put it close to a microwave transformer, it will spin the ions around cause of the AC field
Owe you one big time, thanks!
Glad it was useful :)
Wow. I just wanna say thank you. You saved me some money... Lol.
Glad it was useful :)
NICE IDEA .Now i have to find a strong magnet😂
Can I use a small speaker magnet?
These videos deserve more views. Very informative! Thanks a lot!
Your welcome, thanks for the comment.
Thanks
Thank you for watching :)
Thank you sir
Welcome
Thsnks
Welcome :)
Great.
Glad it's useful :]
Jason Sudeikis is smarter than I thought!
It aligns positive and negative ions a certain position.
Clear, concise and to the point. I have one minor correction regarding the info you provided about magnetizing ferrous tools, specifically where you mentioned that doing this method will leave you with a "permanent" magnetic tool which is not true and in need of correction. Using the magnetizing method provided in the video is the same concept that pre-made magnetizers employ by creating a magnetic field that will align any ferrous tool drawn through said field and after doing this method for years myself, I can safely say that the magnetic property of your tool will slowly degrade over time or more rapidly by dropping your tool on a hard surface on its end, causing the magnetic field to shift out of alignment.
Overall, with most standard sized hand tools that don't use a hammer action you can expect about a 3 month period, if I'm being generous, out of your newly magnetized tool before it will need another session with the magnets (assuming your tools manage to avoid interacting with true permanent magnets like rare-earth magnets or accidental tool drops which can negatively affect the stability of a tools newly magnetic characteristics. Just keep a stack of strong permanent magnets or a pocket magnetizer on your desk to use as-needed and you shouldn't have any issues)
Fuckin' magnets right?
Thank you and I appreciate the extra information. You are correct I didn't mean the permenant magnet in the sense of manufactured magnet like Ceramic Ferrite or Neodymium.
But in personal experience I have had some of these tools stay magnetized years after doing this.
It make sense what you are saying though that banging around and such can disrupt that. I never though of that before and apparently never had cuased it myself.
Again thanks for the comment and info :)
@@TrollFaceTheMan Striking a ferrous bar on its edge with a hammer was one of the first ways we managed to magnetize objects, outside of naturally occurring Lodestones which dated back to Ancient china. This was well before we figured out how exactly HOW it worked, craftsmen just knew that it did.
I didn't mean to come off as overly critical though, I did thoroughly enjoy your video. My main issue I guess was probably just word choice as "permanent magnet" is an actual term we use to differentiate an object from a temporary magnet which loses its magnetic properties over time.
As for long term magnetization of tools, I'm kind of wondering which tools held their field strength the longest - certain tool steels will have slightly magnetic properties due to the manufacturing process and particular alloy blend.
@@nullfi7148 you are fine, I took no offense to your comment and genuinely appreciate the input. I heard that you can magnetize stuff to by sticking it while lining up with the magnetic piles of the earth. Still been meaning to try that. Sounds like it is similar to what you are talking about?
@@TrollFaceTheMan I haven't heard of that method, sounds interesting and bit more involved than the method I brought up lol. The physics of why striking an iron bar with a verticle blow is simply that Impact creates Energy + sound that resonates down the length of the bar, this act aligns all of the electrons in your iron bar in a nice and neat order, making it conducive to producing an electric field.
Easy way to understand how the striking blow creates magnetism is just to remember that electrons don't flow through wires, they flow around them meaning that those loose electrons are on the surface of the object so object shape and angle of attack become the most important factors. When you hit an iron bar on the thin side, facing down you are literally using concussive force to push the electrons all in one direction, downward from tip to tail of the bar.
Hope that makes sense? If you come across the name of that technique you mentioned then let me know please, I'd like to check it out! Good luck on future vids :)
I need to magnetize a small piece of metal. Round about 9.5 mm by .1 mm thick. Or .375 in by .004 in.
I only need it to be strong enough that I can stick it on a larger piece of steel.
What would be the best way to go about this? Thanks.
Wire.
👍 Good
Thanks
Yo magnetizo con el polo norte y desmagnetizo con ek polo sur
When you magnetize an carbon object you are aligning/disalinging the molecules in the carbon chain structure. Another way you can do this is: Take a piece of wire #10 or #12. Wrap it around the object you want to magnetize. The tighter the windings the more magnitizem. Touch each end of the wire to the positive and negative posts on a car battery. Hold there for 2-3 seconds Repeat if necessary..Bam! Magnetism! To demagnetize, strike the object on a hard metal surface (vise, metal plate). Dropping it and hitting the concrete will work, but you will have to do this several times.
Interesting. Thanks for sharing.
ok but why... just use a magnet.
@@pbandjwrx magnet doesn't always work.
How long does the magnetic field last on the magnetized screwdriver?
Indefinitely.
Really cool!
Unrelated: Does it help you if I watch the whole ad/don't skip them? I always try to let them play all the way through on your videos. 😊
Thanks. Glad you like it. And thank you for having that consideration. If the ad is 30 seconds or shorter it does earn more money for watching it all. But if longer it makes the same whether skipped or not.
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@@TrollFaceTheMan I'll keep that in mind next time I make an Amazon purchase:)
@@MegaDevonLover i appreciate it
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I found this channel on a Gmod video this shows how channels can just change sometimes wow
Yeah it is much different then back then XD Sorry if that is a bad thing :(
@@TrollFaceTheMan only a little of a bad thing but still that she might be your helped me that did watch Elsa by the way thank you for even making that video Gmod video that is
@@TrollFaceTheMan also at least you make better content than me 😊
@@jacoblodge6143 glad I could help :)
do you know how long the magnetization lasts or is it permanent?
Depends
Does a stronger/bigger magnet make a stronger magnetic field on the same item?
To an extent, yes. A stronger magnet can induce a better magnetic field over a weaker one.
Try heating at the same time, I used to do this as a child and heated on the radiator
What does heating at the same time do?
I'm trying to demagnitize a small screwdriver so that I may use it on a pocketwatch but it is NOT working. No matter how fast I pull the magnet away from it, it remains magnetic.
What to do???!
If that is the case you might just be better off picking up another small screwdriver then to be safe.
My dad taught me the trick of striking screwdrivers together to magnetize them, I still don't get how that is supposed to work, whether it involves the earth's magnetic field as some early methods to make magnets did, or something else entirely.
I had never seen the demagnetizing one though, it's like a manually operated version of a CRT degausser :)
Interesting you seen it work?
Yeah, I do it regularly but I don't really get what's going on
@@MisterTalkingMachine that's weird. Never heard of it. I imagine it might be something to do with them creating their own magnetic field when hit rapidly into each other but I would assume that would need a base field present.
Yeah, that's why I am suspicious about the earth's magnetic field. In the early days, magnets could be made by taking strips of hot iron and striking them with a hammer as they cooled while aligned with the north-south pole. Stacking these strips made for a stronger magnet.
@@MisterTalkingMachine, did not know that. That's pretty interesting.
the balls on this lad
?
This is a life hack I wish I knew 20 years ago.
Well hopefully it'll be useful now :)
It's a cliché, but true: common knowledge is a thing of the past.
Yeah it's amazing as times change how things come and go.
I think you mean ..sense 😆
@@frankyw8803 No, I said what I meant. It's entirely possible to have common sense about what to do without having the know-how to do it.
Hope things are going good.
Thank you, things are complicated. But I am getting by.
How to magnetise plastic or rubber?
You can't really unless the rubber or plastic has a significant amount of Ferrous metal in it that can pick up a magnetic charge
@@TrollFaceTheMan thanks
@@videocorner4282 welcome
electrostatic pull (not electromagnetic), run it through your hair or a nylon.
Why you stopped firebreathing
I technically haven't stopped. But for the most part it's youtube demonitizing all my videos with it.
The reason why there are tools that are not magnetized is because it will mess up your hard drive
That isn't true at all. Hard drives are pretty well protected from low-level Magnectics like a screwdriver tip. People have done experiments trying to flash HDD with several hundred pound pull magnets without luck.
will it work on personalities?
I tried the demagnitizing on me and unfortunately can say I still have an irresistible magnetic attraction about me. Sorry.
@@TrollFaceTheMan finally a clever reply..There still is hope for humanity...I I think.
These do not remain magnetic forever. They ware out in about 30 mins.
That is completely untrue. I have one still Magnectic that have been maginitized 10bor more years ago.
My granddad showed me this in the 1980s
Sounds like clever man :]
It used to be common knowledge.
Can anyone explain the science behind it
education.nationalgeographic.org/resource/magnetism
Essentially the magnet is pulling all the atoms into alignment , instead of them all being in different directions .
@@frankyw8803 @TrollFaceTheMan Thank you for the explanation
Ok, here’s a question for folks… im an idiot when it comes to this stuff…. How do i magnetize a magnet since it lost it’s zaz
It does not last long
Not working I tried on many objects many times
That is weird? Are you trying to magnetize or demagnitize?
In either case it would be likely the magnets aren't powerful enough or in the case of magnetizing the metal you are trying it on isn't the right type or the right shape.
what is this Minecraft? you enchanted a screwdriver
Didn't even use any lapis lazuli
Um but like uh, the title you gave this video says "permanently magnetize". You didnt do that.
Technically nothing is permanent. Even permanent magnets are not permanently Magnectic. In this case though this magnetism will probably usually last longer than an average persons lifespan unless interfered with.
Once, when I was young , rubbed the magnet. Now I am a chick magnet