High temperature arc Neodymium magnet is a kind of magnetic material specially designed for high temperature applications. It adopts advanced alloy technology and manufacturing process, and has excellent high temperature stability and excellent magnetic properties. Whether it is a motor or generator in a high-temperature working environment, or a sensor or magnetic adsorption device that needs to withstand high temperatures, high-temperature curved neodymium magnets can provide you with stable and powerful magnetic support.
The unique advantages of high-temperature arc Neodymium magnet are obvious to all:
Strong magnetic force: high temperature arc Neodymium magnet has high magnetic energy product and excellent Coercivity, which can provide a strong magnetic field and ensure that motors and other equipment can still provide excellent performance and torque under high temperature conditions.
High temperature stability: traditional magnets are prone to magnetic attenuation and loss of excitation in high temperature environment, while high-temperature arc Neodymium magnet has excellent high temperature stability after special process treatment and alloy formula, and can maintain long-term magnetic properties under extreme high temperature conditions.
Customizability: high-temperature arc Neodymium magnet can be customized according to your specific needs, including shape, size and magnetization direction. No matter which specific arc, angle, or multipole magnetization you need, we can provide customized solutions that meet your application requirements.
Wide application: high-temperature arc Neodymium magnet is widely used in various fields, including high-temperature motors, generators, sensors, magnetic adsorption devices, etc. Whether you are in the steel, aerospace, metallurgy, petrochemical and other industries, or in the scientific research laboratory under the high temperature environment, the high-temperature arc Neodymium magnet can be your reliable source of magnetic force.
Magnets with higher temperature than neodymium arc magnets are recommended;
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Neodymium magnets of high temperature resistance also will demagnetization