Strong Neodymium Threaded Cup Pot Magnets For Fastening Purposes Available For Sale

The product is made of neodymium iron boron (NdFeB) material with nickel (Ni) plated surface. It has strong magnetism and corrosion resistance, making it an ideal choice for various applications.Power and Precision in One: Our Countersunk Pot Magnets are engineered with precision, offering a combination of power and accuracy that sets them apart. Countersunk threaded hole structure, compatible with standard screw installation.Their strong magnetic pull ensures dependable performance across a wide range of tasks. Exceptional Quality and Durability: Crafted from top-quality neodymium material, these magnets are built to last. They maintain their strength and performance even in challenging environments, guaranteeing longevity and stability. Versatile Applications: Whether you're in industrial manufacturing or creative craftsmanship, these magnets find applications in diverse fields. Their countersunk design simplifies mounting, making them perfect for a wide range of projects. Hailing from XiaMen, our magnets uphold the reputation of Chinese manufacturing excellence. They are engineered with attention to detail, offering top-notch quality and performance. Elevate Your Projects: Experience the magnetic brilliance of our High-Quality Strong Permanent Countersunk Pot Magnet. It's more than just a magnet; it's a versatile tool for precision and strength. Order now and discover how these magnets redefine what's possible, setting new standards for performance and dependability. Unlock the power of magnetism – order your Countersunk Pot Magnets today and elevate your projects with high-quality magnet excellence.

The following is a list and description of common plating options for custom magnets.Why do magnets need to be plated?

NdFeB magnets will oxidize(rust) if left exposed. When a plating wears down or cracks, the exposed area will oxidize. An oxidized area will not result in complete degradation of the magnet, only the oxidized area will lose its strength. Oxidation not only leads to a decrease in local magnetic properties, but also increases the risk of fragmentation due to structural embrittlement.