100pcs N55 5mm x 1mm 13/64in x 1/32in Thin Discs Rare Earth Neodymium Magnet 5x1mm

Key Specifications

• Pull Force: 0.67 lbs
• Dimensions: 5mm diameter × 1mm thickness (13/64" × 1/64")
• Grade: N55 - Premium neodymium magnet grade
• Material: Neodymium (NdFeB) - The world's strongest permanent magnet

Product Description

These ultra-thin N55 neodymium disc magnets deliver impressive magnetic strength in an extremely compact design. Made from premium rare earth alloy of neodymium, iron, and boron, each magnet provides 0.67 lb pull force while measuring only 1mm thick - one of the thinnest magnet configurations available.

Each disc features protective nickel-copper-nickel coating to prevent corrosion and ensure long-term performance. The exceptionally thin construction makes these magnets perfect for applications where minimal thickness is critical, while the brittle ceramic-like material requires careful handling to prevent damage from impact or collision.

Important Safety Information

⚠️ WARNING: Handle with extreme caution - serious safety risks for children.

• CHOKING HAZARD: Keep away from children under 12 years old
• SWALLOWING DANGER: Can cause life-threatening internal injuries if swallowed
• Maintain minimum 6-inch distance from pacemakers and medical devices
• Prevent magnets from colliding forcefully to avoid dangerous shattering
• Keep away from electronic devices, credit cards, and magnetic storage media
• Use tweezers or magnetic pick-up tools for safe handling
• Store individually in non-magnetic containers or separated by thin spacers

Common Uses

Ideal for ultra-thin applications requiring reliable magnetic force including:

• Electronics assembly and thin device mounting
• Model building and scale modeling projects
• Jewelry making and wearable accessories
• Scientific research and laboratory micro-applications
• Magnetic closures for ultra-thin cases and covers
• DIY repairs in extremely tight spaces
• Educational demonstrations and classroom experiments
• Magnetic separation of very fine metallic particles