6 x 6 mm Black Epoxy Neodymium Cube Jewelry Clasp Magnet (20 Pack)
$12.99
Out of stock
SKU
MCLSP6MMCUBL
- 20 magnets = 10 complete clasps
- Magnetization Through Thickness
- Break-Away Force: 2.5 pounds per magnet
- SKU# MCLSP6MMCUBL
- 20 magnets = 10 complete clasps
- 6mm long x 6mm wide x 6mm thick cube (0.236" x 0.236" x 0.236")
- Large Hole 2.5mm diam; Small Hole 1.0mm diameter
- Material: Neodymium (NdFeB)
- Grade: N40
- Coating: Black Epoxy
- Magnetization: Through Thickness
- Break-Away Force: 2.5 pounds per magnet
- SKU# MCLSP6MMCUBL
- NEODYMIUM MAGNETS ARE NOT SAFE FOR CHILDREN.
These clasps are designed to hide knots. Each magnet has a hole through the center like a bead, one end of the hole is larger than the other. You simply string the clasp on the necklace like a bead, tie the knot, and let the knot slip back into the large end of the hole - then you repeat on the other side so when the clasps come together the large holes are facing each other hiding the end knots. Since opposite poles attract, the magnets are sold in pairs: 10 of the magnets have the South pole on the large hole side, 10 of the magnets have the North pole on the large hole side.
| Magnetization-Shape-Direction | none |
|---|---|
| SKU | MCLSP6MMCUBL |
| Color | Black |
| Grade | N40 |
| Coating | Epoxy |
| Shape | Cube |
| Diameter/Length (in) | 0.24 |
| Thickness (in) | 0.24 |
| Diameter/Length (mm) | 6.00 |
| Thickness (mm) | 6.00 |
| Gauss (Surface) | 3958 |
| Maximum Operating Temperature (F) | 176 |
| Magnetization Direction | Through Rectangular Thickness (Axial) |
| Remanence Br (magnet material) | 12.5–12.9 kG (1.25–1.29 T) |
| Intrinsic Coercivity Hcj / Hci (magnet material) | ≥ 12 kOe (≥ 955 kA/m) |
| Max Energy Product BHmax (magnet material) | 38–41 MGOe (302–326 kJ/m³) |
| Maximum Operating Temperature (C) | 80 |
| Mounting Type | Jewelry Clasp |
| Applications | Jewelry Making |
| Pole Configuration | Sold as N/S pairs |
| Minimum Age (years) | 18 |
| Safety Warning | Not a toy. Keep away from children under 18. Swallowed magnets can cause serious internal injury. Strong magnets can pinch skin and may interfere with pacemakers and other implanted medical devices. |
| RoHS Compliant | Yes |
| REACH Compliant | Yes |
