60mm x 10mm x 5mm Neodymium Bar Magnet – N52 Grade

Key Features:

• Dimensions: 60mm Length × 10mm Width × 5mm Thickness
• Precision Tolerance: ±0.05mm 
• Magnet Grade: N52 
• Pull Force: Approx. 29.5 lbs 
• Coating: Nickel-Copper-Nickel (Ni-Cu-Ni) triple-layer plating 
• Magnetization: Axially magnetized through the 5mm thickness (Poles on the large 60x10mm faces)
• Shape: Extended Heavy-Duty Bar

Material Description:

Our 60x10x5mm N52 bars are built for structural and high-load applications. The 60mm length provides a massive surface area for adhesive bonding and ensures mounted objects remain perfectly level and resistant to torsion. With a 5mm depth, this bar generates a deep, high-volume magnetic field capable of reaching through thick non-magnetic barriers or securing heavy machinery components with a powerful, reliable hold.

Handling Advice: DANGER: These magnets are extremely powerful. With nearly 29 lbs of pull force, they can snap together with enough velocity to shatter or cause serious skin pinches and blood blisters. Always handle one at a time with a firm grip and separate them by sliding horizontally. Use non-magnetic tools to avoid accidents and protect the brittle neodymium core.

Warnings and Safety Information:

• Crush Hazard: Strong enough to cause painful skin pinches or small blood blisters. Handle with caution.
• Medical Safety: KEEP AWAY from pacemakers and sensitive medical implants at all times.
• Brittleness: Neodymium is a ceramic; high-impact collisions will cause shattering. Never let them slam together.
• Electronics: Keep well away from hard drives, monitors, and sensitive electronic testing equipment.

Applications:

• Heavy-duty magnetic latches for industrial doors, secret panels, and large cabinetry
• Industrial-strength tool racks and professional magnetic knife strips
• Alignment rails for high-performance proximity sensors and automation
• Precision jigs and fixtures for heavy-duty woodworking and metal fabrication
• Secure mounting for heavy signage or equipment on steel structures