8188 Sensors, Transducers

Series:	--
Part Status:	Active
Shape:	Cylindrical
Magnetization:	Axial
Material:	Neodymium Iron Boron (NdFeB)
Finish:	NiCuNi
Grade:	N35
Gauss Strength:	1467G (Surface Gauss)
Size:	1.000" Dia x 0.125" H (25.4mm x 3.18mm)
Operating Temperature:	--

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Introduction to 8188 Magnets

Magnets have been around for thousands of years, but modern technology has leveraged this powerful force to create a range of applications that go far beyond simple attraction and repulsion. Now, magnets are being used across a wide variety of fields, from medical devices to construction materials to industrial agricultural equipment. Today, let’s take a look at the 8188 magnet, a powerful and versatile magnet that is becoming increasingly popular in a variety of applications.

The 8188 Magnet – A Versatile Tool for Many Purposes

The 8188 magnet is an incredibly powerful magnet. It has a high degree of magnetic flux density and a very large size, making it well suited for a variety of tasks. In addition, it is very durable, making it able to withstand harsh conditions without losing any of its potency. As a result, it is a favorite of industrial and commercial applications alike.

What Is It Used For?

The 8188 magnet is used for a wide range of tasks and applications. From industrial lifting and assembly tasks, to medical MRI scanning and positioning, 8188 magnets are incredibly versatile. They have been used in a number of industries, ranging from automotive to aerospace, and they are becoming increasingly popular for their efficiency and cost-effectiveness. One of the most common uses of 8188 magnets is in the construction industry. Magnets are used to secure heavy steel and other materials during welding, while also offering some degree of protection from high-heat processes without changing the shape of the materials. This makes 8188 magnets incredibly useful for any type of industrial construction task. In addition, 8188 magnets are frequently used in medical settings. MRI and CAT scanners, for example, utilize the power of 8188 magnets to provide detailed imaging of a patient’s body. These powerful magnets enable a much higher level of accuracy in scanning processes, allowing doctors to get the most precise readings available.

How Does It Work?

The 8188 magnet works by exploiting the properties of a magnetic field. A strong electro-magnetic field is generated by the 8188 magnet when in use. This field interacts with any ferromagnetic materials, which become magnetized and attracted to the magnet. The strength of the magnetic field increases not only with the size of the magnet, but also with the amount of current that is used to power it. The 8188 magnet uses a constant magnetic field to attract and repel ferromagnetic materials. The magnetic force of this field is strong enough to ensure that the materials stay magnetized and in place, regardless of how much they are moved. This makes the 8188 an extremely versatile magnet, as it can be used for many different tasks and applications.

Conclusion

The 8188 magnet is an incredibly versatile and powerful tool that has many uses in a variety of industries. From automotive to medical purposes, the 8188 magnet can offer the utmost in precision and efficiency in a range of tasks. With its strong electro-magnetic field and its durability, the 8188 magnet is a favorite of industrial and commercial applications alike.

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