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25mm x 20mm N52 Neodymium Cylinder Magnet - 63/64" x 13/16" Rod 25x20mm
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- Stock: In Stock
- Brand: JC-magnetics
- Model: JCN52-CYL25-20
- UPC: 378328419266
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25mm x 20mm (63/64" x 25/32") Neodymium Cylinder Magnet – N52 Grade
Key Features:
- Dimensions: 25mm diameter × 20mm height (Approx. 1" × 13/16")
- Precision Tolerance: ±0.05mm
- Magnet Grade: N52
- Pull Force: Approx. 67 lbs
- Coating: Nickel-Copper-Nickel (Ni-Cu-Ni) triple-layer plating
- Magnetization: Axially magnetized (Poles on the flat circular 25mm ends)
- Shape: Large Industrial Cylinder
Material Description:
Our 25x20mm N52 cylinders are built for the most demanding technical environments. The significant volume of high-grade neodymium allows this magnet to act through large air gaps and thick non-ferrous barriers. Whether you are designing a magnetic coupling for heavy machinery or a industrial-grade separator for manufacturing, this cylinder provides a reliable, high-torque bond that is difficult to break.
Handling Advice: This magnet is extremely dangerous. With nearly 60 lbs of pull force, it can cause severe crush injuries or broken bones if fingers are caught between the magnet and a metal surface. Always use two hands and a non-magnetic spacer when handling. Keep at a significant distance from other large magnets.
Warnings and Safety Information:
- SEVERE CRUSH HAZARD: Can cause catastrophic hand injuries. Handle with extreme focus and heavy-duty gloves.
- Medical Safety: CRITICAL – Keep away from pacemakers and all electronic medical implants.
- Electronics: Will destroy hard drives, mechanical watches, and digital cameras instantly on contact.
- Storage: Store in a dedicated wood or heavy plastic box to prevent accidental "locking" to shelving or vehicle frames.
Applications:
- Industrial magnetic separators and filtration systems
- Heavy-duty actuators and high-torque magnetic couplings
- Securing heavy signage and industrial fixtures on steel structures
- Professional recovery of large metal objects in deep wells or tanks
- Experimental physics and high-flux magnetic field research