How Strong is 2000 Gauss Neodymium Magnet? When we describe how much magnetic force a magnet needs, we usually use Gauss as the unit. For example, the magnetic force of our magnet needs to reach more than 3000gs, or the magnetic force value is 800-1200gs, but Gauss is not a standard international unit, and the [...]
The Strong Thin Magnets in Smart Devices Byline: Brief overview of considerations for permanent magnets in electronics Current technological updates have made devices become increasingly thin, which has put pressure on each industry involved to create components that utilize as little volume as possible. This poses a lot of challenges in magnetics due to manufacturing [...]
Permanent Magnets in Electric Vehicles, Permanent Magnetics in Electric Vehicles EV Motors and permanent magnets Rare-Earth magnets are higher in cost than copper windings, making the option of using a magnet-less AC induction or brushed DC motor attractive. Many applications (vacuum cleaners, mixers, hair dryers, most home fans, etc) will opt for the less expensive [...]
How strong is a 12000 Gauss magnet? Long answer: 12000 gauss = 1.2 tesla. If that’s a rare earth magnet, NdFeB, it’s about an N35. State of the art 15 years ago but now N48 is the garden variety and you can pay a little more and get up to N56 in quantity. B field [...]
Understanding Magnet Grades and Magnet Tables Each day we get asked questions about the differences in magnetic materials. Neodymium Magnets, Samarium Cobalt (SmCo) Magnets, Ceramic Magnets, Alnico Magnets, Bonded Magnets, and Injection Molded Magnets all have various options, and choosing the correct grade for your application is critical. This article will try to simplify how [...]
How Strong is 1000 Gauss Magnet? The 1000 gauss magnet is usually made of ferrite anisotropic material, up to about 1700 gauss. Some netizens asked how strong the 1000 gauss magnet is? Discuss your own views below. The Gauss (Gs) unit is the magnetic induction intensity of an object. It is obtained by measuring the [...]
What is the Pull Force of N50 Magnet? Many netizens are interested in the tensile force value of N50 grade neodymium magnets. The following are some tensile force data compiled by the neodymium magnet manufacturer HSMAG for you. I hope it will help you. The pulling force of the magnet is not only related to [...]
N35 Grade 1mm Thick Disc Neodymium Magnet Magnetic Force Strength Neodymium magnets with a thickness of 1mm are thin magnets, mainly in the shape of round blocks, which are very popular in the market. They are mainly used in various precision electronics, personal DIY, medical equipment, optical instruments, etc. Today I will introduce you a [...]
How Much is the Magnetic Force Field of Ferrite Magnet? How to Calculate? Find Chinese magnet manufacturers to buy neodymium magnets or ferrite magnets, welcome to contact us, all magnets are environmentally friendly, non-toxic, and can be customized. Today, I will introduce the magnetic field strength of ferrite and the calculation of ferrite magnetic field [...]
Magnetic Force of Inner And Outer Diameter Surface of Radially Magnetized Ferrite Ring Magnet Is there any magnetic force on the inner diameter surface of the radially outer magnetized ring magnet? Are you also curious? Today, the Chinese magnet supplier HSMAG will introduce this problem to you. Recently, a customer just happened to ask this [...]
Lifting Magnets Loads Stiffness In most cases, stiffness of loads is not a safety concern for operators when there is no bending of the load in a well-balanced lift. This generally happens when the load is thin and large in size so that weights of their overhanging sections are heavy enough to sag. To reach [...]
Linear Motor Benefits in Systems Design A majority of automated systems using linear motors today rely on a rotary servo motor coupled to a ball screw, belt-drive, rack-and-pinion, or even a cam-follower mechanism which convert the rotary motion of the motor to its linear translation. Increased demand for higher throughput, a need for millions of [...]
