100 Nickel-Coated Neodymium Disc Magnets 1/4" x 1/16" – Rare Earth Permanent Magnets for Industrial, Scientific, and Craft Applications
$16.99
by Applied Magnets
🧲TOP QUALITY: Neodymium Iron Boron (NDFeB) Rare Earth Magnets. Neodymium Magnet is one of the world’s strongest and most powerful rare earth magnets. We manufacture every piece in state of the art ISO certified Magnet manufacturing facilities to ensure maximum quality. 🧲USEFUL – Use your rare earth magnet for just about anything, including finding studs in your wall, fastening, lifting, hanging objects, various projects & presentations, education, & more. NASA even uses them on Mars Exploration Rovers! 🧲SATISFACTION GUARANTEED – We’re confident that you’ll love our Neodymium Permanent magnets, which is why we’re happy to include a 100% satisfaction, 30-day guarantee with your neodymium order. 🧲UNIQUE UTILITY – Use your tiny rare earth magnet for just a lot of subtle uses: Artwork, Cabinetry Storage, Educationals, and more. These Nickel-Coated Neodymium Disc Magnets (1/4" x 1/16") deliver reliable strength, precision, and versatility across industrial, scientific, and everyday applications. Designed with a balance of magnetic power and protective durability, each disc provides consistent performance for assembly, organization, innovation, and experimentation. Whether you’re working in a professional engineering setting, educational lab, or home workspace, these rare-earth magnets offer dependable magnetic strength in a compact form.
Durable Triple-Layer Plating for Longevity Each disc magnet is finished with a triple-layer nickel-copper-nickel coating, enhancing surface durability, corrosion resistance, and structural integrity. The nickel exterior resists oxidation and wear, while the copper layer provides added bonding stability. This protective plating allows the magnets to maintain a polished silver appearance and consistent magnetic performance even after repeated use in workshops, labs, or display environments. This advanced coating system also minimizes chipping and cracking, which can occur with unprotected rare-earth magnets. When handled properly, these discs deliver long-term performance without loss of magnetization—making them ideal for environments where reliability and appearance both matter.
Compact Power and Efficiency Despite their small size, each 1/4" diameter x 1/16" thick disc magnet generates impressive magnetic pull strength under ideal conditions. They are strong enough to hold metal objects, organize tools, or secure items in tight spaces while remaining lightweight and easy to handle. Their slim, low-profile design allows for flush mounting or concealed placement, making them a practical choice for craft projects, cabinet closures, educational experiments, prototyping, or magnetic levitation demonstrations.
Precision Manufacturing and Consistent Performance Manufactured using Neodymium-Iron-Boron (NdFeB)—the strongest commercially available magnetic material—these magnets exhibit high energy product values, ensuring steady pull force and resistance to demagnetization. Every piece is produced to meet uniform dimensional tolerances, ensuring consistent results across large quantities. Their precision makes them ideal for: Industrial assembly where uniform strength is required Magnetic sensors, fixtures, and jigs Modeling, prototyping, and design testing STEM education and classroom demonstrations Organization systems that depend on reliable holding power
Applications Across Industries These nickel-coated neodymium discs are used in a wide range of professional and personal contexts: 1. Industrial and Engineering Use Professionals rely on these magnets for assembly alignment, tool organization, and mechanical retention. Their strength allows them to hold panels, position parts, or secure lightweight components during fabrication. 2. Scientific and Laboratory Applications In research and education, they support demonstrations of magnetic field theory, induction, and polarity. Their precise size makes them suitable for classroom models, coil experiments, and apparatus construction. 3. Home and Workshop Organization Home users benefit from their ability to hold metallic objects like screws, keys, tools, or pins. Mounted beneath a surface, they provide hidden fastening options for household or garage organization. 4. Crafting and DIY Projects Artists and hobbyists use these magnets for custom builds, models, jewelry clasps, or picture displays. Their small form factor allows seamless embedding into resin, wood, or plastic, while maintaining magnetic accessibility. 5. Technological Integration Neodymium magnets are commonly found in electronics, speakers, sensors, and small motors. Their consistent strength supports stable function in low-profile devices requiring strong magnetic coupling in limited space.
Temperature and Handling Considerations While neodymium magnets maintain excellent strength at standard temperatures, prolonged exposure above 175°F (80°C) may gradually reduce magnetization. For environments requiring high heat tolerance, ceramic or samarium c
Durable Triple-Layer Plating for Longevity Each disc magnet is finished with a triple-layer nickel-copper-nickel coating, enhancing surface durability, corrosion resistance, and structural integrity. The nickel exterior resists oxidation and wear, while the copper layer provides added bonding stability. This protective plating allows the magnets to maintain a polished silver appearance and consistent magnetic performance even after repeated use in workshops, labs, or display environments. This advanced coating system also minimizes chipping and cracking, which can occur with unprotected rare-earth magnets. When handled properly, these discs deliver long-term performance without loss of magnetization—making them ideal for environments where reliability and appearance both matter.
Compact Power and Efficiency Despite their small size, each 1/4" diameter x 1/16" thick disc magnet generates impressive magnetic pull strength under ideal conditions. They are strong enough to hold metal objects, organize tools, or secure items in tight spaces while remaining lightweight and easy to handle. Their slim, low-profile design allows for flush mounting or concealed placement, making them a practical choice for craft projects, cabinet closures, educational experiments, prototyping, or magnetic levitation demonstrations.
Precision Manufacturing and Consistent Performance Manufactured using Neodymium-Iron-Boron (NdFeB)—the strongest commercially available magnetic material—these magnets exhibit high energy product values, ensuring steady pull force and resistance to demagnetization. Every piece is produced to meet uniform dimensional tolerances, ensuring consistent results across large quantities. Their precision makes them ideal for: Industrial assembly where uniform strength is required Magnetic sensors, fixtures, and jigs Modeling, prototyping, and design testing STEM education and classroom demonstrations Organization systems that depend on reliable holding power
Applications Across Industries These nickel-coated neodymium discs are used in a wide range of professional and personal contexts: 1. Industrial and Engineering Use Professionals rely on these magnets for assembly alignment, tool organization, and mechanical retention. Their strength allows them to hold panels, position parts, or secure lightweight components during fabrication. 2. Scientific and Laboratory Applications In research and education, they support demonstrations of magnetic field theory, induction, and polarity. Their precise size makes them suitable for classroom models, coil experiments, and apparatus construction. 3. Home and Workshop Organization Home users benefit from their ability to hold metallic objects like screws, keys, tools, or pins. Mounted beneath a surface, they provide hidden fastening options for household or garage organization. 4. Crafting and DIY Projects Artists and hobbyists use these magnets for custom builds, models, jewelry clasps, or picture displays. Their small form factor allows seamless embedding into resin, wood, or plastic, while maintaining magnetic accessibility. 5. Technological Integration Neodymium magnets are commonly found in electronics, speakers, sensors, and small motors. Their consistent strength supports stable function in low-profile devices requiring strong magnetic coupling in limited space.
Temperature and Handling Considerations While neodymium magnets maintain excellent strength at standard temperatures, prolonged exposure above 175°F (80°C) may gradually reduce magnetization. For environments requiring high heat tolerance, ceramic or samarium c