Industrial Magnets - Magnetic Separators - Magnetic Sweepers - Lifting Magnets - Tow Behind Magnets

	Industrial Magnets Magnetic Sweepers Vehicle and Forklift mounted units, suspension units. Load-Release and Double Strength units!
	Industrial Magnets Magnet Brooms & Rakes Magnetic Brooms and Nail Sweepers with Load Release and Adjustable Wheel Height!
	Industrial Magnets Retrieving, Recovering & Lifting Magnets Highest Strength Retrieving Magnets for all Applications -- Retrieve Underwater Tools, Items from Bins and Reach Hard-to-Get Places.
	Industrial Magnets Conveyors & Separation Magnets Stationary and Self-Cleaning Separators, In-Line Units -- All Sizes & Styles Available
	Industrial Magnets Tow-Behind Magnets Heavy-Duty Load Release units available in 3 models - Meets or exceeds government military specifications - Ideal for F.O.D. removal!

Industrial magnets include:

Individual magnets	Bulk magnet materials
magnetic assemblies	Magnetic sweepers
magnetic lifts	Magnetic sheet handlers
magnetic retrievers

...and any other Industrial magnets manufactured for industrial uses.

The two most important specifications to consider when searching for industrial magnets include strength and holding force.

  The maximum energy product is also known as the magnet strength or grade. The point on the demagnetization curve where the product of B and H is a maximum and the volume of magnet material required to project a given energy into its surroundings is a minimum. It is measured in megagauss-oersteds, MGOe. The holding force is the force the magnet is capable of holding under ideal conditions.

Conditions such as the size and shape of the parts, the surface conditions, motion, vibration, friction, holding angles, and machining forces will affect the holding force of the magnet and should be factored into the magnetic circuit design.

Forms of Industrial Magnets

Industrial magnets can be supplied in one of many physical forms. These include, but are not limited to, block or bar, flexible strip or sheet, sheet or slab, rod, powder, horse shoe or U-shaped, button or pot, round, ring or disc, sphere or bead, arc segment, and rotor or poles. The magnet can be non-magnetized, conventional magnetization or multiple magnetization's.

A non-magnetized magnet can be magnetized after it has been assembled in the magnetic circuit. A conventional magnet has one pole on each side, the north pole on one side, and the south pole on the other. Magnets can be magnetized through the thickness, length, or diameter. A magnet with multiple magnetization's has multiple poles on each side. There are two or more sets of poles on each surface. North and South poles alternate through the thickness of the material. The number of poles on one face of the magnet is also important to consider.