
Neodymium Block Magnet - 10mm x 2.8mm x 1.9mm | N50
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About this product
- Store
- AMF Magnetics
- Category
- Arts & Entertainment > Hobbies & Creative Arts > Arts & Crafts > Art & Crafting Materials > Crafting Adhesives & Magnets > Craft Magnets
- SKU
- B-W2.8H1.9L10-N50
Neodymium Block Magnet – 10mm x 2.8mm x 1.9mm | N50
This ultra-compact N50 neodymium block magnet measures 10mm long, 2.8mm wide and 1.9mm thick. It delivers a pull force of approximately 0.827kg and a surface magnetic flux reading of approximately 4,537 Gauss , making it well suited to precision applications where space is limited.
The magnet has a smooth Nickel-Copper-Nickel (NiCuNi) coating that provides a clean silver finish and helps protect the neodymium material from corrosion and everyday wear.
Product Specifications
- Material: Neodymium rare earth magnet (NdFeB)
- Grade: N50
- Dimensions: 10mm (L) x 2.8mm (W) x 1.9mm (H)
- Pull force: Approximately 0.827kg
- Surface magnetic flux: Approximately 4,537 Gauss
- Coating: Nickel-Copper-Nickel (NiCuNi)
- Shape: Rectangular block
- Part number: B-W2.8H1.9L10-N50
Common Applications
- Precision engineering and manufacturing
- Electronics, sensors and compact assemblies
- Robotics and automation systems
- Magnetic closures, latches and concealed catches
- Custom jigs, fixtures and product prototypes
- Scientific equipment, crafts and model making
- Displays and lightweight holding systems
Why Choose an N50 Neodymium Magnet?
N50 is a high magnetic grade that provides excellent strength from a small volume. This makes the magnet a practical choice for designers and engineers seeking to reduce product size and weight without sacrificing magnetic performance.
For best service life, use nickel-coated neodymium magnets in dry indoor conditions. Specialist coatings or alternative magnet materials may be more suitable for continuously wet, corrosive or high-temperature environments.
Important: Pull force is measured under ideal test conditions. Air gaps, paint, rust, uneven surfaces, thin steel and sideways loading can significantly reduce holding strength.