Neodymium Cylinder Magnet - D6.35mm x 20mm
Neodymium Cylinder Magnet - D6.35mm x 20mm
Available in stock
This Neodymium Cylinder Magnet measures 6.35mm in diameter x 20mm in height and is manufactured from high-strength Rare Earth Neodymium material. Its slim cylindrical design makes it ideal for precision applications where compact yet powerful magnets are required. With a durable Nickel-Copper-Nickel (NiCuNi) coating, this cylinder magnet offers excellent resistance to wear and corrosion, ensuring long-lasting performance in both industrial and everyday environments. Price listed is per magnet.
Key Features:
Dimensions: 6.35mm (Diameter) x 20mm (Height)
Material: Premium Neodymium Rare Earth Magnet
Finish: Nickel-Copper-Nickel coating for corrosion resistance and durability
Shape: Cylindrical profile for precision applications
Applications:
This Neodymium cylinder magnet is widely used in electronics, engineering, medical devices, and crafts. Popular uses include:
Sensors and instruments requiring precision magnetic components.
DIY and hobby projects such as model-making and crafts.
Prototyping and product design for compact magnetic assemblies.
Holding and fastening applications in workshops and manufacturing.
Educational experiments demonstrating magnetic strength in slim magnets.
Benefits:
Strong & Compact: Provides impressive magnetic strength for its small size.
Durable Finish: NiCuNi coating protects against corrosion and everyday wear.
Versatile Shape: Cylinder form suits a wide range of technical and creative uses.
Reusable & Long-Lasting: Retains magnetism over time for consistent performance.
Precision Fit: Ideal for assemblies where round, slim magnets are required.
Pull Force Information
Pull Force Information
Pull force refers to the maximum holding strength of a magnet. Measured in kilograms, it represents the amount of weight a magnet can support when attached to 10mm thick mild steel, with full, flat, and direct surface-to-surface contact.
A magnet's pull force can be affected by several factors, including its orientation (horizontal vs. vertical) and the presence of any air gaps between the magnet and the surface it’s attached to.
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