Function and Use of the Magnetic Pole Sheet We can't see the magnetization method of magnet products with the naked eye. We don't know whether it is ordinary magnetization or multipole magnetization. We can only check it by using the magnetic pole observation piece, and judge the magnetization method and the number of magnetization poles [...]
How Much is a Sample Neodymium Arc Magnet? Sample Neodymium Arc Magnet refers to testing before subsequent mass production, small-scale trial production, mainly for engineers to test and analyze whether the motor is running normally. Since the motor usually uses multi-piece tile-type magnets, for cost considerations, many purchasers will ask you how much does a [...]
Can Gauss Meter Measure The Performance Grade of Magnet? A similar topic about whether a gauss meter can be used to measure the performance and grade of a magnet is often asked by customers. Can a gauss meter be used to determine the grade of a magnet? Today, the magnet supplier MPCO answered this question. [...]
How to Test Neodymium Magnet Has 4000 Gauss An old customer asked, how to judge whether the strong neodymium magnet in his hand is 4000 Gauss? Today, let's do a simple science on this issue. Some customers have requirements for the Gauss value of the magnet, such as greater than 3200gs, greater than 4000gs, or [...]
Difference Between Inner Rotor and Outer Rotor Motor Magnets The motor is divided into an inner rotor motor and an outer rotor motor, and the magnet is the same. What is the difference between the outer rotor motor magnet and the inner rotor motor magnet? The following Chinese magnet manufacturers have the MPCO to briefly [...]
The Quality Judgment of Permanent Magnets Can Refer to These Aspects Although many users often use permanent magnets and may have purchased them more than once, they still do not know how to judge the quality of permanent magnets. This article will show you how to judge the quality of permanent magnets. You can refer [...]
How Permanent Magnets are used in Wind Turbines Wind turbines are an increasingly common mechanism that are used across the country as a green source of energy, converting wind into electric and kinetic energy. One important factor in the operation of these wind turbines is the use of magnets. MPCO Magnetics knows firsthand just how [...]
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 [...]
Permanent Magnets for Electric & Hybrid Vehicle Motors It's hardly surprising that electric and hybrid car' motors differ significantly from typical internal-combustion engines. The rare-earth magnets that help power electric and hybrid vehicles can be rather complex to fabricate, despite having fewer moving parts. We specialize in permanent magnets and their numerous applications here at [...]
Ceramic Magnets Ceramic (Ferrite) magnets are sintered permanent magnets composed of Barium or Strontium Ferrite. This class of magnets, aside from good resistance to demagnetization, has the popular advantage of low cost. Ferrite magnets are very hard and brittle, and require specialized machining techniques. Moreover, they should be machined in an unmagnetized state. We are [...]
Introduction to the Strength of Ceramic Ferrite Magnet Ceramic magnets, also known as hard ferrite magnets, are composed of barium or strontium and were developed in the early 1960s as an alternative to more expensive metal magnets. These magnets are very hard, brittle, and have lower energy characteristics compared to other magnetic materials. However, ceramic [...]