
BOOM 5x1mm Mini Disc Magnets - 100 Pack N50
BOOM 5x1mm N50 neodymium mini disc magnets deliver strong holding power in a tiny form factor — 100 per pack.
*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.
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Overview
Key Features
HIGH-GRADE N50 NEODYMIUM DISC MAGNET: Each 5mm x 1mm disc delivers up to 0.6 lbs pull force — stronger than standard N35 in the same footprint, giving wargamers a firm, reliable hold without adding bulk
PRECISION FIT FOR 5MM DRILL HOLES: At exactly 1mm thick and 5mm across, these flat discs drop flush into a 5mm drill hole at 1mm depth — face sits level with surrounding plastic or resin, no visible gap
BUILT FOR MINIATURES AND CRAFT PROJECTS: Sized for Warhammer dreadnought arms and vehicle weapon swaps; also fits Gridfinity 5×1mm baseplates, scrapbook closures, resin pours, and needle minder builds
100-PACK, NICKEL-COPPER-NICKEL COATING: Triple-layer NiCuNi plating resists corrosion and bonds cleanly with cyanoacrylate and epoxy; 100 pieces cover multiple magnetizing projects or a craft run
STRONGEST PERMANENT MAGNET IN THIS FOOTPRINT: N50 grade in a 1mm-thin profile — maximum hold without routing deeper pockets or adding visible bulk; a step up from N35 packs sold at the same diameter
Specifications
Pros & Cons
👍 Pros
- High N50 neodymium grade provides strong holding power despite the tiny 5x1mm size
- 100-pack quantity offers excellent value and plenty of magnets for large or multiple projects
- Triple-layer Nickel-Copper-Nickel coating resists corrosion and maintains a polished appearance
- Extremely compact size makes them ideal for miniature models, jewelry, crafts, and concealed fastening
👎 Cons
- Individual magnets are very small and easy to lose or accidentally swallow, posing a hazard around young children
- 0.6 lbs pull force per magnet is limited — multiple magnets may be needed for heavier items
- Thin 1mm profile makes them difficult to handle and separate individually from the stack
- Not suitable for high-temperature environments as neodymium magnets lose strength above approximately 80°C