Eclipse Magnetics Ltd
Neodymium Shallow Pot with Hook
Neodymium Shallow Pot with Hook
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Description
Designed for strength and versatility, these Neodymium Shallow Pot Magnets - often referred to as ceiling magnets - are perfect for securely suspending point-of-sale materials from steel ceiling supports. Each magnet features a white-painted steel casing and comes with a detachable threaded hook, offering a clean, professional look and flexible mounting options. Widely used across supermarkets, DIY stores, care showrooms, exhibition halls, ferries, and cruise ships, these magnets are ideal for hanging posters, banners, and displays without the need for permanent fixtures. Their compact design and powerful magnetic grip make them a reliable solutions for both temporary and long-term installations.
Key Features
- High magnetic strength in a compact size
- Durable construction for long-term use
- Versatile hook attachment suitable for hanging tools, signage, decorations, and more in various environments such as workshops, retail, and warehouses
Typical Applications
- Retail and POS display applications
- Ideal for hanging graphics, utensils, tools etc
- Temporary signage without damaging surface
- Storage solutions
- Decorations
Technical Data
Product Number |
Diameter (mm) |
Thickness (mm) |
Total Height (mm) |
Weight (g) |
Pull force (kg) |
M19863XR |
32 |
7 |
38 |
51 |
25 |
Learn More About Neodymium Shallow Pots with Hook
The M19863XR hook magnet is a compact yet powerful magnetic solutions designed for versatile holding and hanging applications. Featuring a 32mm diameter neodymium magnet encased in a durable mild steel pot, it delivers an impressive pull force of 35kg, making it ideal for both industrial and everyday use. Its white painted finish offers a clean, professional appearance, while the integrated hook allows for easy attachment of tools, signage, cables, or decorations. Whether used in retail displays, workshops, warehouses, or event setups, this magnet provides a reliable, non-invasive mounting option that can be repositioned without damaging surfaces.