See Google
For this kind of application you will need a reference textbook or. Google etc articles.
Forum members who might know would be cutting their own throats by revealing hard won information here. ■
John Gateleyjohngateley@hotmail.comwww.the-credible-bulk.com
Re: Magnet For Homemade Metal Separator
You're asking for free engineering services. Not likely to happen.
As John says. Google may be your best friend. ■
Gary Blenkhorn
President - Bulk Handlng Technology Inc.
Email: garyblenkhorn@gmail.com
Linkedin Profile: http://www.linkedin.com/in/gary-blenkhorn-6286954b
Offering Conveyor Design Services, Conveyor Transfer Design Services and SolidWorks Design Services for equipment layouts.
Re: Magnet For Homemade Metal Separator
We want to try neodymium magnets for our separator. We learned that magnetic flux density could be reached 1.5T (tesla) at N52-N54 neodymium magnets. But we also learned two important things;
First that magnetic flux density of the magnets depends on the geometry (disc/block/sphere) and size of the magnet;
Second magnetic flux density could be raised if using the system of magnets with special packing of these magnets.
So I have a few questions
1) What geometry of the magnet will give the maximum magnetic flux density?
2) How can I calculate the size of magnet with highest magnetic flux density? For example efficient size of magnet blocks.
3) What packing of magnets will give the highest magnetic flux density? How can I calculate the best packing?
Maybe somebody here can help us.
Thanks in advance.
You can find some general information on magnetic separation here : https://www.powderprocess.net/Equipm...l/Magnets.html
Now for ensuring a good separation, it is more than recommended to contact a reputable company in magnetic separation rather than doing "home made" ■
Magnet for homemade metal separator
Me and my friend want to make a strong as possible (made from permanent magnets) homemade metal separator for seeds. We are not good in the physics of such level, so we need consultation.
We want to try neodymium magnets for our separator. We learned that magnetic flux density could be reached 1.5T (tesla) at N52-N54 neodymium magnets. But we also learned two important things;
First that magnetic flux density of the magnets depends on the geometry (disc/block/sphere) and size of the magnet;
Second magnetic flux density could be raised if using the system of magnets with special packing of these magnets.
So I have a few questions
1) What geometry of the magnet will give the maximum magnetic flux density?
2) How can I calculate the size of magnet with highest magnetic flux density? For example efficient size of magnet blocks.
3) What packing of magnets will give the highest magnetic flux density? How can I calculate the best packing?
Maybe somebody here can help us.
Thanks in advance. ■