Neodymium Assemblies, Concentric, Tapped
 |  |
| Part # | D | T | Tap Size | Tap Length | Wt. (lbs) | Holding Value (lbs) | Price | Quantity | |
| BM2101RE | .375 | .500 | #8-32 | .28 | .013 | 5.3 | $23.16 | Add | |
| BM2102RE | .500 | .500 | #10-32 | .28 | .024 | 14.0 | $25.49 | Add | |
| BM2103RE | .625 | .500 | #10-32 | .28 | .040 | 23.0 | $24.68 | Add | |
| BM2104RE | .750 | .500 | #10-32 | .28 | .058 | 36.0 | $32.54 | Add | |
| BM2105RE | 1.000 | .500 | #.25-20 | .28 | .102 | 58.0 | $41.31 | Add | |
| BM2106RE | 1.250 | .500 | #.3125-18 | .34 | .163 | 100.0 | $3.03 | Add | |
| BM2107RE | 1.375 | .500 | #.3125-18 | .28 | .194 | 115.0 | $82.41 | Add |
| Part # | 1+ | 6+ | 11+ | 16+ | 25+ | 51+ | 101+ | Qty. | |
| BM2101RE | $23.16 | $20.42 | $19.58 | $18.76 | $17.94 | $17.40 | $16.88 | Add | |
| BM2102RE | $25.49 | $24.78 | $21.90 | $20.93 | $20.05 | $19.44 | $18.86 | Add | |
| BM2103RE | $24.68 | $23.94 | $22.93 | $21.96 | $20.93 | $20.30 | $19.69 | Add | |
| BM2104RE | $32.54 | $31.58 | $30.27 | $28.99 | $27.69 | $26.86 | $26.05 | Add | |
| BM2105RE | $41.31 | $40.11 | $38.41 | $36.79 | $34.26 | $33.23 | $32.23 | Add | |
| BM2106RE | $3.03 | $2.94 | $2.85 | $2.77 | $2.68 | $2.60 | $2.52 | Add | |
| BM2107RE | $82.41 | $79.93 | $76.62 | $73.36 | $70.06 | $67.95 | $65.91 | 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
