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6mm x 6mm N52 Neodymium Cylinder Magnet - 15/64" Square Profile 6x6mm
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- Stock: In Stock
- Brand: JC-magnetics
- Model: JCN52-DSC6-6
- UPC: 378328418275
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6mm x 6mm (15/64" x 15/64") Neodymium Cylinder Magnet – N52 Grade
Key Features:
- Dimensions: 6mm diameter × 6mm thickness (Approx. 15/64" × 15/64")
- Precision Tolerance: ±0.05mm – Ideal for exact-fit CNC or 3D-printed housings
- Magnet Grade: N52
- Pull Force: Approx. 3.69 lbs
- Coating: Nickel-Copper-Nickel (Ni-Cu-Ni) triple-layer plating for a durable, professional finish
- Magnetization: Axially magnetized (Poles on the flat circular 6mm ends)
- Shape: Square Profile Cylinder
Material Description:
Our 6x6mm N52 cylinders are designed for maximum flux density in a compact footprint. The 6mm depth allows for a larger volume of magnetic material compared to thin discs, resulting in a magnetic field that extends further from the surface. This "deep-field" property makes them ideal for applications where the magnet must act through a gap or non-magnetic barriers like plastic or wood.
Handling Advice: These are small but deceptively strong. They will snap together with force from several inches away. Always handle with a steady grip and use a sliding motion to separate them. Keep away from sensitive electronics and magnetic storage media.
Warnings and Safety Information:
- Choking Hazard: Small size is extremely dangerous for children and pets. Keep strictly in a secure container.
- Pinch Hazard: Strong enough to cause minor skin pinches. Handle with care.
- Medical Safety: KEEP AWAY from pacemakers and other implanted medical devices.
- Brittleness: Neodymium is a ceramic; these will shatter if allowed to slam into each other or hard surfaces.
Applications:
- Precision Hall-effect sensors and magnetic proximity switches
- High-performance 3D-printed latches and removable panels
- Advanced tabletop gaming (ideal for magnetizing heavy weapon swaps)
- Small-scale industrial triggers and mechanical couplings
- Educational science experiments demonstrating deep magnetic flux