Why The Flame Can Be Affected By Magnetic Field - Plasma in the Outer Flame. Magical plasma We all know that matter has three common states: solid, liquid, and gas. However, in addition to these three states, there are also plasma states, liquid crystal states, and so on. If we continue to heat the gas [...]
Flames Are Also Magnetic, Can They be Attracted by Magnets? Some time ago, a video was circulated on the Internet, someone used an electromagnet to change the shape of the flame. As shown in the animation above, when the electromagnet is energized, a magnetic field is generated in the central gap, and the flame becomes [...]
National Standard Evolution and Common Preparation Methods of Sintered NdFeB China's rare earth permanent magnets have the strength to reach the top of the world's magnetic materials market. This is not only because my country is rich in rare earth resources and undertakes the huge production volume of global permanent magnets, but also because the [...]
Grain Boundary Diffusion Technology With the wide application of sintered NdFeB materials in modern industry and electronic technology, especially in the fields of new energy vehicles, industrial robots and mobile intelligence, it is required that NdFeB products be developed towards lightness, thinness, miniaturization and high energy. The requirements for energy product, coercive force and thermal [...]
Common Magnetic Circuit Structure The use scenarios of NdFeB permanent magnets are roughly divided into adsorption, repulsion, induction, electromagnetic conversion, etc. In different applications, the requirements for magnetic fields are also different. The space structure of 3C products is extremely limited, and at the same time requires high adsorption strength. The space structure does not [...]
What are Injection Molded Magnets and Why are they Beneficial? From motors and sensors to mop heads and toothbrushes, injection molding allows for parts and components to be easily produced in a variety of different industries. Many of these parts are used for different products that are vitally important. MPCO Magnetics is a permanent magnet [...]
Permanent Magnet Simulations Today’s permanent magnet FEA and simulation modeling software is tremendous. They can help answer critical questions about motor performance, holding forces, flux density, sensor selection, and a host of other application requirements before any prototypes need to be made. There are many considerations that go into any design, so when using simulations [...]
Piezo and Magnetic Buzzers Buzzers are among the most versatile sound components available today. Add the fact that they are low cost, high quality devices and it’s easy to see why they are being designed in by everyone as the goto audible notification device in phones, cars, kitchen appliances and everything in between. There are [...]
A Basic Introduction of Rubber Coated Magnets 1. The manufacturing process of rubber coated magnets We use two different processes, injection molding or vulcanization, to produce rubber coatings. For rubber-coated magnets, this is the most important step in the entire manufacturing process. A Basic Introduction of Rubber Coated Magnets 2. Different types of [...]
Magnetic Separator and Permanent Magnet The magnetic separator uses the magnetic difference between minerals for sorting, plays the role of improving the grade of ore, purifying solid-liquid materials, and recycling waste. It is the most widely used and highly versatile machine in the industry. One. Magnetic separators are widely used in mining, wood, kiln, chemical, [...]
Ferrite Magnets Replace Rare-earths in EV Motor Yaskawa says it has developed an electric vehicle (EV) motor that avoids the need for neodymium magnets, using much cheaper and easier-to-obtain ferrite magnets instead. The development is intended to reduce the company’s dependence on rare-earth materials, such as neodymium and dysprosium, whose prices have fluctuated widely in [...]
Magnetic Losses Reversible Magnetic losses are normal behavior for all magnetic materials. As the remanence of the all the magnetic materials decreases with increasing temperature, the temperature coefficient is negative, it is to be expected that the magnetic field of a magnet also will decrease with an increase of the temperature. However, this decrease of [...]