永久磁石磁界の有限要素シミュレーション（FEAシミュレーション）
磁場は目に見えず、無形である。では、磁場の形状を描き、磁場の方向を表現するにはどうすればよいのだろうか。有限要素シミュレーションを使うのが良い方法です。
焼結NdFebとボンドNdFebの違い
what is sintered NdFeb Magnet and what is bonded NdFeb Magnet?
ネオジム磁石とは
One of the important functions is the permanent magnet. The so-called permanent magnet does not always maintain the original magnetic state without changing, but its magnetism is relatively stable and the decay period is relatively long. Neodymium (Nd) The largest user of neodymium metal is NdFeB permanent magnet material. The advent of NdFeB permanent magnets has injected new vigor and vitality into the high-tech field of rare earths. NdFeB magnets have a high magnetic energy product and are known as the contemporary “king of permanent magnets”. They are widely used in electronics, machinery and other industries due to their excellent performance.
フェライト磁石とは？
There are many different types of magnet data, which are commonly used in permanent magnet ferrite, rare earth permanent magnet, soft magnetic ferrite, amorphous soft magnetic data, microwave ferrite equipment, special equipment skills, and other fields. Permanent magnet data, soft magnetic data, special magnetic data, magnetic information, and so forth are the main types of magnet data. It has produced innovations of extremely high value to China’s economic growth. A significant amount of permanent magnet components, ferrite soft magnetic equipment, and ferrite microwave equipment are needed for today’s mobile phones in order to function. Several highly trained core and other components are also needed for some huge industrial machines. The rapidly growing video phone currently also requires a lot of magnet components.
Sintered NdFeb standards and common preparation methods in China
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 country strongly supports green development, and my country’s scientific research institutions and enterprises The result of the continuous efforts of the business unit.
磁石購入の要件を明確に説明するには？
-How to communicate the needs with the sales staff of magnetic materials?
-What details must be clarified in order to obtain accurate quotation and delivery date?
If you have such doubts in the procurement of magnetic materials, then today’s article must be helpful to you.
ゴム磁石とは
ゴム磁石シートは、硬質磁石の磁気特性とゴム材料の柔軟性を併せ持つ新しいタイプのゴム材料である。そのため、磁気ゴムは現代社会で広く使用され、磁気シールや高密封性の自動車窓、建築物のドアや窓のシールなどを製造している。また、軽量なゴム磁性鋼に加工することもでき、コンピューター分野で使用され、均一性がよく、効果が優れているという利点がある。磁性ゴムは異なる配合剤と減衰性能材料と組み合わせて、高減衰磁性ゴムを作ることができ、航空、軍事、民間の衝撃吸収に使用される。
永久磁石モーターの磁石
Permanent magnet motors are the main use for rare earth permanent magnets. Commonly referred to as “motors,” In a general sense, motors encompass devices that transform electrical energy into mechanical energy as well as generators that do the opposite. There are both motors and generators. Electrical machinery that uses the electromagnetic force or induction laws as their guiding principles. The foundation for the motor’s operation is the air-gap magnetic field. A permanent magnet motor and an induction motor both produce air-gap magnetic fields, but the former is produced by electric stimulation.
3Cコンシューマー・エレクトロニクスの磁石用途
The six primary categories of 3C consumer electronics goods are smartphones, tablets, laptops, watches, earbuds, and wireless charging accessories.
Consider the iPhone, iPad, Mac, Watch, AirPods, and MagsafeParts as examples of Apple goods.
Where do these goods employ NdFeB magnets?
What is the use principle?
What specifications apply to magnets?
The editor will lead you in addressing these queries in today’s article.
