Eclipse N124 Neodymium Disc Magnet 3.2 Lb Pull N35

Product Description

The ECLIPSE N124 is a neodymium rare earth disc magnet designed for applications requiring strong magnetic holding force in a compact form factor. Measuring 0.5 inches in diameter and 0.25 inches in height, this cylinder-profile magnet delivers a maximum pull force of 3.2 pounds at a small footprint. Rated at N35 grade, it operates up to a maximum temperature of 248 degrees F, making it suitable for general industrial, HVAC, electrical, and trade service applications where reliable magnetic retention is needed.

This magnet is commonly used in trade and light industrial settings for sensor mounting, component retention, jig fixtures, and field-fabricated magnetic assemblies. Its small diameter and strong pull-to-size ratio make it a practical choice for technicians working in confined spaces or attaching lightweight components and labels to metal surfaces. The N35 grade designation indicates a standard neodymium performance tier appropriate for a wide range of service uses.

Key Features

• Neodymium rare earth construction for high pull force relative to magnet size
• Maximum pull force of 3.2 pounds
• Compact disc profile: 0.5 inches diameter x 0.25 inches height
• N35 grade neodymium for consistent, reliable magnetic performance
• Rated for continuous use up to 248 degrees F
• Sold individually; minimum order quantity of 10 units

Compatibility

Designed as a general-purpose neodymium disc magnet suitable for trade service, light industrial, and field assembly applications where a compact, high-pull rare earth magnet is required.

Installation Notes

Handle neodymium magnets with care, as they attract ferrous surfaces and other magnets with significant force relative to their size and can pinch fingers if snapped together. Keep away from magnetic media, electronic components, and pacemakers during handling. No special tools are required for most mounting applications, though adhesive or mechanical retention may be needed depending on the installation surface.