To build the next generation of powerful proton accelerators,scientists need the strongest magnets possible to steer particles close to the speed of light around a ring. For a given ring size, the higher the beam's energy, the stronger the accelerator's magnets need to be to keep the beam on course.The success of a future high-energy hadron collider depends crucially on viable high-field magnets, and the international nigh energyphysics community is encouraging research toward the 15-tesla niobium-tin magnet.
At the heart of the magnet's design is an advanced superconducting material called niobium-tin.Electrical current flowing through it generates a magnetic field.Because the current encounters no resistance when the material is cooled to very low temperature, it loses no energy and generates no heat.All ofthe current contributes to the creation ofthe magnetic field. In other words, you get lots of magnetic bang for the electrical buck.
Honsen manufactures a wide variety of strong high-quality neodymium rare earth magnets.We stock more than 20 million individual magnets in hundreds of different sizes, shapes and strengths. In addition, we can custom-make almost any size magnet to fit your needs. We also offer wholesale/bulk discounts and exceptional customer service
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