Blog
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Types and Precautions of Surface Coating
Surface coating is one of the most common and essential surface treatment methods. It enhances product durability, appearance, and performance, making it widely applied in magnets, precision parts, electronic components, and industrial equipment. Different coating techniques provide unique benefits depending…
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Comprehensive Guide to Magnetic Pumps: Applications, Working Principle, and Key Advantages
In the world of industrial pumping solutions, magnetic pumps (also known as magnetic drive pumps) stand out for their leak-proof design and high efficiency. If you’re in the chemical, pharmaceutical, or environmental sectors and searching for a reliable way to…
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Magnetic Latching: The Next Generation of Construction Elevator Doors
In high-rise construction, efficiency and safety are paramount. While traditional elevator protective doors provide a necessary barrier, they often come with challenges: manual latches can be time-consuming, and constant wind and vibration can cause doors to rattle or even be…
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What is a Magnetic Switch?
A magnetic switch is an electrical device that opens or closes its contacts under the influence of a magnetic field. When exposed to a magnetic field, the switch remains closed; when the field is removed, it opens. These switches are…
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BLDC vs. PMSM Motors: What’s the Real Difference?
Navigating the world of brushless motors can be confusing. While brushless DC (BLDC) and permanent magnet synchronous motors (PMSM) are both brushless, they are not the same. Understanding their key differences is crucial for selecting the right motor for your…
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How Magnetic Brakes and Clutches Work: A Guide to Hysteresis and Eddy Current Technology
Magnetic brakes and clutches are essential components in industrial systems, providing precise and reliable torque control. Unlike traditional friction-based systems, they operate without mechanical contact, offering exceptional durability and clean, maintenance-free operation. So, how do they work? Let’s explore the…
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Principle and Design of Magnetic Coupling Torque Transmission
A magnetic coupling primarily consists of two core components: an outer rotor and an inner rotor. This non-contact design allows torque to be transmitted across the isolation barrier without physical connection.
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Difference Between Samarium Cobalt and AlNiCo Magnets
Samarium Cobalt (SmCo) and AlNiCo are both high-temperature permanent magnets widely used in industrial applications. While they share certain similarities, their differences in magnetic strength, cost, mechanical performance, and application suitability determine which material is more appropriate for specific use…
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Geophone Magnet Principle: Types, Frequency Response, and Magnet Selection
A geophone is a highly sensitive ground motion transducer that converts ground vibrations into electrical signals. The core components include: This induced signal is called the seismic response, which seismologists and geophysicists analyze to study subsurface structures.
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How Does Magnetic Filtration Work? An Industrial Guide
Magnetic filtration, also known as magnetic separation, is a process designed to remove ferrous contaminants from liquids, coolants, and slurries. The fluid flows around a high-intensity magnetic core or rod, and ferrous particles are drawn out of the stream and…
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New Comments
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the magnet can be magnetized by the neodymium magnet, if you don’t have a magentizer that 2 neodymium magnets can…
The Speedometer seems to be vastly under reading. The mechanisim is a nippon seiki type. On a identical woking unit…
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