Upgrade your slider tins or stock up on premium rare earth magnets with these powerful N52 neodymium disc magnets. Measuring 15 × 3 mm (approximately 5/8" diameter × 1/8" thick), these compact magnets deliver an impressive 18 lb maximum pull force under ideal conditions.
Whether you're replacing a worn magnet in your slider tin, building your own scent work hides, or keeping extras on hand, these high-quality magnets provide exceptional holding power in a compact size.
Features:
Premium N52 rare earth (neodymium) disc magnets
Size: 15 × 3 mm (approximately 5/8" diameter × 1/8" thick)
18 lb maximum pull force
Available in packs of 5 or 10
Ideal for slider tins, scent work containers, DIY projects, and replacement magnets
Warning: Neodymium magnets are extremely strong. Keep away from children, pacemakers, medical devices, electronic equipment, and most importantly away from where your dog could ingest them. Handle with care to avoid pinched fingers or chipped magnets.
Please Note: Pull force is measured under ideal conditions using direct contact with a clean, thick steel surface. Actual holding strength will vary depending on the type, thickness, and condition of the metal surface, as well as the direction of force.
Upgrade your slider tins or stock up on premium rare earth magnets with these powerful N52 neodymium disc magnets. Measuring 15 × 3 mm (approximately 5/8" diameter × 1/8" thick), these compact magnets deliver an impressive 18 lb maximum pull force under ideal conditions.
Whether you're replacing a worn magnet in your slider tin, building your own scent work hides, or keeping extras on hand, these high-quality magnets provide exceptional holding power in a compact size.
Features:
Premium N52 rare earth (neodymium) disc magnets
Size: 15 × 3 mm (approximately 5/8" diameter × 1/8" thick)
18 lb maximum pull force
Available in packs of 5 or 10
Ideal for slider tins, scent work containers, DIY projects, and replacement magnets
Warning: Neodymium magnets are extremely strong. Keep away from children, pacemakers, medical devices, electronic equipment, and most importantly away from where your dog could ingest them. Handle with care to avoid pinched fingers or chipped magnets.
Please Note: Pull force is measured under ideal conditions using direct contact with a clean, thick steel surface. Actual holding strength will vary depending on the type, thickness, and condition of the metal surface, as well as the direction of force.