Eclipse E1000/NEO Neodymium Pot Magnet 16.5 Lb Pull

Product Description

The ECLIPSE E1000/NEO is a neodymium rare earth pot magnet designed for high-strength holding applications in a compact form factor. Built around a neodymium rare earth core, it delivers an average pull force of 16.5 pounds despite its small footprint of 0.6094 inches in diameter and approximately 0.609 inches in height. The steel pot housing channels the magnetic flux through the contact face, concentrating holding force at the mounting surface. Electricians, industrial maintenance techs, and trade professionals use pot magnets like this for fixture mounting, cable routing, sensor positioning, and temporary equipment attachment in both residential and commercial environments.

This magnet is suited for applications where strong holding force is needed in a small mounting footprint. Typical uses include panel shop fixturing, conduit and cable management, sensor and detector positioning, and general-purpose magnetic attachment tasks. Its neodymium core makes it significantly stronger than ceramic or ferrite alternatives of similar size, making it a practical choice when space is limited but holding force is critical.

Key Features

• Neodymium rare earth core for high pull force in a small form factor
• Average pull force of 16.5 pounds
• Diameter of 0.6094 inches for compact installation
• Steel pot housing concentrates magnetic flux at the contact face
• Single-unit packaging with a minimum order quantity of 1

Compatibility

Designed as a general-purpose neodymium pot magnet suitable for trade, industrial, and commercial mounting applications where a sub-1-inch diameter form factor and high pull force are required.

Installation Notes

Pot magnets should be mounted to clean, flat ferrous surfaces to achieve rated pull force — surface contamination or gaps will reduce holding capacity. Keep neodymium magnets away from sensitive electronics, pacemakers, and magnetic media during handling and installation. Use appropriate mechanical fasteners or adhesives if the application involves vibration or lateral shear forces, as pot magnets resist pull-off force but can slide under lateral load. Handle with care, as neodymium magnets can pinch and shatter if allowed to snap together without control.