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Neodymium Assemblies, 2-Pole and 3-Pole
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| Part # | D | T | # of Poles | Wt. (lbs) | Holding Value (lbs) | Specs | Price | Quantity | |
| BM2021RE | .250 | .500 | 2 | .003 | 2.0 | Download | $12.00 | Add | |
| BM2022RE | .375 | .500 | 2 | .006 | 5.5 | Download | $13.00 | Add | |
| BM2023RE | .500 | .500 | 2 | .011 | 10.4 | Download | $13.50 | Add | |
| BM2031RE | .625 | .500 | 3 | .021 | 19.3 | Download | $25.00 | Add | |
| BM2032RE | .750 | .500 | 3 | .031 | 34.6 | Download | $25.50 | Add | |
| BM2033RE | 1.000 | .500 | 3 | .056 | 55.5 | Download | $30.00 | Add | |
| BM2034RE | 1.250 | .500 | 3 | .089 | 85.0 | Download | $32.00 | Add |
Rare Earth Holding Assemblies offer the ultimate in holding strength. They deliver more magnetic power per ounce than any other assembly. They are well-suited to applications where size and weight must be kept to a minimum. Rare Earth Holding Assemblies are not intended for high-temperature applications and should not be used in environments above 180°F. Temperatures above this level can cause the epoxy plastic that surrounds the magnet material to fail.
- All Measurements are in inches (unless otherwise noted)
- Direction of Magnetization (DOM) is through the thickness unless noted
- Unless otherwise specified, magnets will be furnished in magnetized condition
- Holding forces are approximate. These are average values obtained under laboratory conditions. Size, shape, and material of the test piece may affect actual pull forces
