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[Goat]

Jesus Jesus
If there was such a shielding material as shown in that YouTube video, we would all have a perpetual motion machine.
Tropes

@ tropes

You raised a valid question here, I have lots of old dead HDD drives,

Are the 2 half circle metal plates used in the HDD's avbove the magnets made of the "shielding material" that we could use here? 
Are they made of the wrong or right metal for shielding?  I heard they were made of Mu metal, if so can we save these and use them to our advantage in the above design? 

I'd hate to throw these away and find out later they were the key to OU 

Regards,
Paul

[Pirate88179]

@ Goat:

I have read that those "shields" are not really shields at all but help to orient the magnetic field in the Hard drive unit.  More like a magnetic wave guide of sorts.  I have several of those magnets (they are powerful and good to have around) and if you take off the "shielding" and test it yourself on other magnets and iron, I think you will see that what I have read is correct.  No one has come up with a real magnetic shield that I am aware of.  If they had, almost anyone could make a free energy machine or device.  Check on this to see if I am correct. (about the hard drive mags)

Bill

[tropes]

 

@ tropes

You raised a valid question here, I have lots of old dead HDD drives,

Are the 2 half circle metal plates used in the HDD's avbove the magnets made of the "shielding material" that we could use here? 
Are they made of the wrong or right metal for shielding?  I heard they were made of Mu metal, if so can we save these and use them to our advantage in the above design? 

I'd hate to throw these away and find out later they were the key to OU 

Regards,
Paul

The problem is the attraction that magnets have to Mumetal rather than eliminating or blocking the magnetic field.
Tropes

[Mk1]

@all

The mu-metal parts of the hdd is the parts holding the magnets. The magnets stick to it like any metal,but where it gets interesting is if you stick a piece of metal on the other side it won't stick, but magnets will. the disk is made of aluminum or ceramic, and plated with palladium.

Thanks
Mark

[nievesoliveras]

Jesus Jesus
If there was such a shielding material as shown in that YouTube video, we would all have a perpetual motion machine.
Tropes

The shield do exist and it is very easy to apply. I have the address of the manufacturer somewhere on my hardisk. I will make a search and if I find it I will post it.

@ tropes

You raised a valid question here, I have lots of old dead HDD drives,

Are the 2 half circle metal plates used in the HDD's avbove the magnets made of the "shielding material" that we could use here? 
Are they made of the wrong or right metal for shielding?  I heard they were made of Mu metal, if so can we save these and use them to our advantage in the above design? 

I'd hate to throw these away and find out later they were the key to OU 

Regards,
Paul

I have some of those metal shields too. Lets hope we find a solution of how to apply them to a project.

@ Goat:

I have read that those "shields" are not really shields at all but help to orient the magnetic field in the Hard drive unit.  More like a magnetic wave guide of sorts.  I have several of those magnets (they are powerful and good to have around) and if you take off the "shielding" and test it yourself on other magnets and iron, I think you will see that what I have read is correct.  No one has come up with a real magnetic shield that I am aware of.  If they had, almost anyone could make a free energy machine or device.  Check on this to see if I am correct. (about the hard drive mags)

Bill

Again I have an addres of a company that sells the magnetic shield in sheet form that can be applied very easy.
I need to find it or ask magnetmill inventor ELIEVE. He has all that information already.

The problem is the attraction that magnets have to Mumetal rather than eliminating or blocking the magnetic field.
Tropes

Exactly that is what happens when that metal is used it is so magnetic absorbant that it takes all one side of the magnet to itself, hence the magnet cannot spread to other parts.

@all

The mu-metal parts of the hdd is the parts holding the magnets. The magnets stick to it like any metal,but where it gets interesting is if you stick a piece of metal on the other side it won't stick, but magnets will. the disk is made of aluminum or ceramic, and plated with palladium.

Thanks
Mark

You are right on that information the metal will not get magnetic but will accept a magnet.

Jesus