Product Summary
Magnetic Hook combines a strong permanent magnet with a metal hook for convenient hanging and mounting on ferrous surfaces.
- Strong magnetic holding force
- Durable metal hook construction
- Suitable for hanging and mounting
- Custom sizes and designs available
Product Details
Magnetic Hook is designed for hanging and mounting items on ferrous metal surfaces without drilling or permanent fasteners. It combines a permanent magnet base with a durable metal hook for convenient installation and repositioning.
As a magnetic hook manufacturer, we offer different magnet sizes, hook designs, and magnetic forces for industrial, commercial, and daily-use applications. OEM and bulk orders are supported, with customization available according to drawings or specific requirements.
Product Parameters
| Parameter | Specification |
| Product Type | Magnetic Hook |
| Magnet Material | Neodymium (NdFeB) |
| Neodymium (NdFeB) | Metal |
| Magnet Shape | Round / Disc |
| Surface Finish | Anti-Corrosion Ni-Cu-Ni / Zinc / Epoxy |
| Application | Hanging & Magnetic Mounting |
| Customization | Size, Hook Design & Magnetic Force |
| Place of Origin | Fujian, China |
| Delivery Time | 15–20 Days |
FAQ
Q: How does the thickness of the contact surface affect the pull force of the hook?
A: In industrial applications, the rated pull force is typically measured on a clean, flat 10mm thick steel plate. If the mounting surface is thinner (e.g., a thin sheet metal cabinet), the magnetic flux will saturate the metal, leading to a significant reduction in effective holding power. We recommend choosing a larger base diameter if your mounting surface is less than 5mm thick to compensate for flux loss.
Q: Can these magnetic hooks be used outdoors or in high-moisture areas?
A: Yes, our factory applies a specialized triple-layer Ni-Cu-Ni (Nickel-Copper-Nickel) coating which acts as a robust barrier against oxidation. However, for extreme maritime or chemical environments, we can provide a 304 Stainless Steel shell or an Epoxy coating to further extend the service life of the assembly and prevent surface rust from compromising the magnetic circuit.
Q: What is the difference between vertical pull force and horizontal slide force?
A:This is a critical distinction for factory safety. The vertical pull force (perpendicular to the surface) is much stronger than the horizontal slide force (parallel to the surface). On average, the sliding resistance is only 15% to 25% of the total vertical pull. If you plan to hang heavy tools on a vertical wall, we suggest using a hook with a high-friction rubber pad or selecting a model with a higher rated capacity.
Hot Tags: magnetic hook, manufacturers, suppliers, factory, customized
