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Inicio / Centro de Productos / Imán de Ferrita / Imán de Enseñanza

Imán de Enseñanza

PRODUCTO

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  • +86-579-86560687

  • [email protected]

  • No. 8, Aldea del Oeste del Lago Nanshang, Pueblo de Hengdian, Ciudad de Dongyang, Ciudad de Jinhua, Provincia de Zhejiang

Imán de Enseñanza

A menudo se utilizan en experimentos de enseñanza debido a su bajo costo, estabilidad y alta fuerza magnética. Los imanes de ferrita también son resistentes a la corrosión y la desmagnetización, lo que los hace adecuados para una variedad de aplicaciones educativas e industriales. Un experimento de enseñanza que usa imanes generalmente implica el uso de materiales magnéticos y campos magnéticos para demostrar varios conceptos y principios de la física, como el electromagnetismo, la ley de inducción electromagnética de Faraday y las fuerzas magnéticas. Estos experimentos pueden incluir actividades como la observación de campos magnéticos utilizando limaduras de hierro, la demostración de atracción y repulsión magnética y el estudio de los efectos de los campos magnéticos en las corrientes eléctricas. El objetivo de estos experimentos es proporcionar a los estudiantes una comprensión práctica de los principios magnéticos y sus aplicaciones en el mundo real.

Empresa Honor

CERTIFICADO DE HONOR

De acuerdo con los requisitos de la norma de calidad ISO9002 para la producción normativa y la gestión de las instalaciones.

NOTICIAS Y EXPOSICIONES

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Quiénes somos

Dongyang Ma Li Magnet Co., Ltd.

Fundada en 2004, Dongyang Ma Li Magnet Co., Ltd es un profesional Imán de Enseñanza Manufacturers and Imán de Enseñanza Factory. Sus productos se venden principalmente a Estados Unidos, Sudeste Asiático, India, Europa y otros países y regiones. Los productos magnéticos tienen un amplio uso, como: motores, juguetes, electrónica, audio, teléfonos móviles, ordenadores, bolsos, generadores y otras industrias. Somos una empresa orientada a la producción que integra la investigación científica, el desarrollo, la producción y la explotación. Contamos con un sólido equipo de I+D, profesionalmente Custom Imán de Enseñanza, y seguimos estrictamente la norma de calidad ISO9002 para la producción estandarizada y la gestión in situ. Nuestra Imán de Enseñanza Los productos se basan en mercados de gama alta y cumplen las normas internacionales.
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Imán Ma Li

Calidad superior desde 2004

CONOCIMIENTO DEL SECTOR

Ferrite Teaching Magnets
Ferrite teaching magnets are educational tools that are used to demonstrate the principles of magnetism and the properties of magnetic materials. They are designed to be used in classrooms or other educational settings to help students understand the fundamental concepts of magnetism and how magnets work.
Ferrite teaching magnets are typically disc-shaped and come in a range of sizes, from small magnets that can be held in the hand to larger magnets that can be placed on a magnetic board. They are often color-coded to indicate the poles of the magnet and may be marked with North (N) and South (S) to help students understand the direction of the magnetic field.
Ferrite teaching magnets can be used in a variety of educational activities, including experiments that demonstrate the attraction and repulsion of magnetic poles, the properties of magnetic fields, and the behavior of magnetic materials. They can also be used to teach students about the applications of magnets in everyday life, such as in motors, generators, and speakers.

What are the advantages of ferrite teaching magnets
Ferrite teaching magnets offer several advantages for educational purposes. Here are some of the key advantages:
Low cost: Ferrite teaching magnets are very affordable, making them accessible to schools and educators on a budget.
Strong magnetic field: Ferrite magnets have a strong magnetic field for their size, which allows them to easily demonstrate the properties of magnetism and the behavior of magnetic materials.
Durable: Ferrite teaching magnets are very hard and brittle, making them resistant to wear and tear. They are also resistant to corrosion, which means they can be used repeatedly over a long period of time.
Safe: Ferrite magnets are safe to handle and use in educational settings, as they do not pose a health hazard like some other types of magnets.
Versatile: Ferrite teaching magnets come in a range of sizes and shapes, which makes them versatile and adaptable to a variety of educational activities and demonstrations.
Color-coded: Many ferrite teaching magnets are color-coded to indicate the poles of the magnet, which makes it easier for students to understand the direction of the magnetic field.

What are the characteristics of ferrite teaching magnets
Ferrite teaching magnets have several characteristics that make them useful for educational purposes. Here are some of the key characteristics:
Magnetic properties: Ferrite magnets have a relatively low magnetic strength compared to other types of magnets. However, they have a high coercive force, which means they can maintain their magnetization even in high-temperature or high-stress environments.
Material composition: Ferrite teaching magnets are made from a mixture of iron oxide and other ceramic materials, which are processed into a hard, brittle material that is resistant to demagnetization.
Shape and size: Ferrite teaching magnets come in a range of sizes and shapes, including cylindrical, rectangular, and ring-shaped magnets. The disc-shaped magnets are particularly useful for educational activities that require a flat, round surface for attachment or mounting.
Temperature resistance: Ferrite magnets have a high resistance to temperature changes and can maintain their magnetic strength even at high temperatures, making them useful in high-temperature experiments.
Corrosion resistance: Ferrite magnets are resistant to corrosion and can withstand exposure to moisture and most chemicals without losing their magnetic properties.
Color-coded: Ferrite teaching magnets are often color-coded to indicate the poles of the magnet and may be marked with North (N) and South (S) to help students understand the direction of the magnetic field.