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10mm x 15mm N52 Neodymium Cylinder Magnet - 25/64" x 19/32" Rod 10x15mm
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- Stock: In Stock
- Brand: JC-magnetics
- Model: JCN52-CYL10-15
- UPC: 378328418294
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10mm x 15mm (25/64" x 19/32") Neodymium Cylinder Magnet – N52 Grade
Key Features:
- Dimensions: 10mm diameter × 15mm height (Approx. 25/64" × 19/32")
- Precision Tolerance: ±0.05mm – Perfect for high-accuracy mechanical housings
- Magnet Grade: N52
- Pull Force: Approx. 11.36 lbs
- Coating: Nickel-Copper-Nickel (Ni-Cu-Ni) triple-layer plating
- Magnetization: Axially magnetized (Poles on the flat circular 10mm ends)
- Shape: Long Cylinder / Rod
Material Description:
Our 10x15mm N52 cylinders are engineered for applications that require a narrow footprint but massive, deep-reaching power. The 15mm depth allows the magnetic flux to penetrate through thick barriers like plastic, wood, or glass, making them ideal for heavy-duty hidden latches or industrial proximity sensors. These are among the strongest rods available for a 10mm diameter footprint.
Handling Note: At nearly 10 lbs of pull force, these magnets are dangerous. The rod shape creates significant leverage; if allowed to snap together sideways, they can easily shatter. Always handle with a firm, steady grip and use a sliding motion to separate them.
Warnings and Safety Information:
- Severe Pinch Hazard: Strong enough to cause painful skin pinches, bruising, or blood blisters. Handle with caution.
- Choking Hazard: Small size is dangerous for children and pets. Keep strictly in a secure container.
- Medical Safety: Maintain a safe distance from pacemakers and sensitive medical implants.
- Electronics: Keep away from magnetic storage media, hard drives, and mechanical watches.
Applications:
- High-torque industrial Hall-effect sensors and magnetic switches
- Heavy-duty magnetic stir bars for high-viscosity laboratory mixing
- Hidden magnetic latches for thick-panel cabinetry and secret doors
- Self-aligning magnetic joints in robotics and heavy machinery
- Advanced physics demonstrations of directional magnetic flux