Neodymium Countersunk Pot Magnet - 48mm x 9.35mm (Slim Profile)
Neodymium Countersunk Pot Magnet - 48mm x 9.35mm (Slim Profile)
Available in stock
The Neodymium Countersunk Pot Magnet (48mm diameter x 9.35mm height) is a heavy-duty rare earth mounting magnet built for maximum strength and reliability. Delivering an exceptional 56kg pull force, this pot magnet is engineered for demanding industrial, commercial, and workshop applications where a secure magnetic fastening solution is essential.
Encased in a robust steel pot, the magnet’s power is significantly increased by directing the magnetic field to the working face. The countersunk hole allows quick and secure mounting with a flat-head screw, ensuring a flush, professional finish on metal structures, walls, brackets, or fixtures. Its nickel coating provides excellent resistance to wear and corrosion, making it suitable for long-term indoor and outdoor use.
Key Features:
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Size: 48mm diameter x 9.35mm height
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Pull Force: 56kg (tested against 10mm mild steel)
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Material: High-grade neodymium rare earth magnet in a protective steel casing
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Finish: Nickel coating for durability and corrosion resistance
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Mounting: Central countersunk hole for secure screw fixing
Applications:
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Industrial mounting and heavy-duty clamping
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Construction and engineering projects
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Shopfitting, signage, and point-of-sale displays
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Workshop tool storage and organisation
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Automotive, and outdoor applications requiring strong flush mounting
The 48mm Neodymium Countersunk Pot Magnet is the ultimate solution for users who need maximum holding strength in a compact and easy-to-mount design. Perfect for engineers, tradespeople, and installers, this magnet provides reliable fastening power you can trust.
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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