Magnetisation and Laws of Magnetism The magnetisation of a material is done by electric current and there are various laws of magnetism to explain. The magnetisation of a material is done by electric current. A material is first magnetised after the magnetic materials are transformed into the required shapes, sizes and designs. Then they can [...]
Magnetization and Magnetic Intensity We have all played with magnets as children. Some of us even play with them now! But, what makes them ‘magnetic’? Why don’t all the materials and substances possess a magnetic field? Have you ever wondered about it? In this chapter, we will cover the topics of magnetization and magnetic intensity. [...]
Magnetized Oils - Ferrofluid Oil can be magnetized in an approximately similar fashion as of magnetization of water with the exception that the oils need a longer duration of exposure to magnets in order to assimilate the beneficial properties of the latter. Oils are prepared either on the North Pole or the South Pole and [...]
Properties of Magnets Properties of Magnets are many. Most prominent property of magnet is that it has two poles and it attracts objects like iron, cobalt and nickel. There are several prominent and noteworthy properties of magnet. It is a known fact that magnet has two poles, namely, north and south, but these two poles [...]
Affect of Magnets in Human Metabolism The magnet has its affect on blood and hence it influences other body parts also in a good or bad way. Thus, the whole human metabolism is also affected by it. A magnet not only attracts iron and but also other things containing 'martial humours' that are there in [...]
Magnets in Vedas The ancient Atharva Veda has the reference of some magnet like materials in the treatment of various diseases. Magnet is said to have very ancient origin and its properties were known to the very ancient Aryans. They have the belief that the magnet, besides having the power of attracting iron, was also [...]
Guide OF Flexible Magnets The term “flexible magnet” can be confusing. When most people think of magnets, they envision solid bars or pieces of metal. After all, magnets are defined by their ferromagnetic composition. They are comprised of a ferromagnetic metal — iron, cobalt, nickel, neodymium, etc. — that produces an invisible magnetic field. Nonetheless, [...]
Types of Magnets Magnets are common in normal life, and almost everyone knows about them. In particular, magnets are known as those materials that have the property of attracting and repelling certain metal materials, such as iron and nickel. However, this is not always the case. Magnets can sometimes lose their magnetic property and thus [...]
Flexible Magnetic Sheeting Rolls with Adhesive, Plain or with Matte-White Laminate Flexible magnetic sheeting rolls are available with a self-adhesive backing, in plain brown or with a matte white vinyl laminate and sold in 50, 100 & 200 ft. rolls. Flexible magnetic material is extremely versatile and used for all types of consumer, commercial and [...]
How To Identify The Quality Of A Sintered NdFeB Magnet? Due to its cost-effectiveness, the sintered Nd-Fe-B neodymium magnet is widely used in many fields. Its applications include PC hard drives, magnetic resonance imaging (MRI), electric cars, magnetic levitation technique and consumer products like DVDs, mobile phones and speakers. Since it is required in nearly [...]
Types of Magnets, Magnetic Therapy Types of magnets which vary in size, shape, design and strength. The different types of magnets and their uses vary. Types of magnets are numerous in the planet earth. They are made of different alloys and are of different shapes, sizes and designs. These also possess different magnetic strength. The [...]
MAGNETS PURCHASING GUIDE Magnet is one material that creates a magnetic field. And the magnetic field is invisible but it is exactly there.As we know there are 3 types of magnets: temporary, permanent and electromagnets. But what we alway use is permanent magnet. So in this website, permanent is our core-topics. TYPES OF PERMANENT MAGNETS [...]