Bruker Magnet The electromagnet in the Magnet Laboratory consists of a Bruker Magnet B-E 15, and a Heinzinger PTN 125-40 magnet power supply. These can be used to generate magnetic fields of up to about 1 Tesla. The field strength depends on the current and the distance between the poles of the magnet (Air gap). [...]
Teflon Coated PTFE Stirring Magnets Teflon (PTFE) Coated Magnets, Teflon Coating Alnico / Rare Earth Magnets, PTFE Stirring Magnets, Teflon Coated Neodymium – Smco Magnet Bars / Stirrer, Magnetic Stir Bar As the teflon material has great property of high temperature resistance ,magnets should be matched with high temperature grades accordingly. Usually, the grade of [...]
Neodymium Skittle Pin Magnets High Power Neodymium Skittle Pin Magnets , Powerful thumbtacks magnets,Super Strong Rainbow Neodymium Skittle Pin Magnets, Coloured Skittle Magnets, Rare Earth Neodymium Push Pin Magnets Skittle Pin Magnets Feature: Skittle Tenpin Magnets Part No.: PSMC-15P Material: Plastic wrap+Strong Neodymium Magnets Size: Large Size:29*38mm(D*H),Middle size:19*25mm(D*H),Small size:12*20mm(D*H) color:Yellow,Red,Green,Blue,Black,Orange,White Or Customize Our Super High [...]
Magnets Are Weird In this article, we discuss a few things that might make you question what you think you know about magnets. We’ll show magnets stronger at the edges than at the center. We'll see magnets that won’t attract to center upon one another. We’ll even make the north pole of one magnet stick [...]
Telescoping Pick Up Magnets Telescoping magnet, Telescoping pick up magnets, Led Pick Up Tool Telescopic Magnetic Magnet For Picking Nuts And Bolts, Portable telescoping magnetic pickup tool, extending magnet pick up tool for handheld tool ,Portable Magnetic Telescopic Pick Up Tool This telescoping magnet is the ideal tool around the house or on the job [...]
Halbach Array Magnets Halbach Array Magnets, NdFeB Halbach Magnets, Halbach magnetic ring, Magnetic-Bearings & Halbach Arrays, Halbach Array Cylinder Neodymium Segment Magnets China Supplier NdFeB Halbach Array Magnets are a special magnetic component consisting of NdFeB permanent magnets that can provide controlled high magnetic field strength without the use of magnetically permeable materials. Halbach magnets, [...]
A Magnet Array for fully contactless xy-positioning systems. The magnetically levitated planar actuators consist of a single carrier with permanent magnets that is levitated above an array of coils and can move fast and accurately over long distances in the xy-plane. Because the magnets are moving, there are no cables or cooling hoses connected to [...]
Electro Permanent Magnet (EPM) is the newest technology, featuring 95% energy saving and totally safety compared with traditional electromagnet method. Only needs power during MAG and DEMAG periods. During working, no power supply is required. Driven by magnetism, MPCO’s magnetic solutions encompass a wide range of industrial sectors, including magnetic lifting system, magnetic clamping system, [...]
Piezo and Magnetic Buzzers Buzzers are among the most versatile sound components available today. Add the fact that they are low cost, high quality devices and it’s easy to see why they are being designed in by everyone as the goto audible notification device in phones, cars, kitchen appliances and everything in between. There are [...]
Piezo Buzzers vs. Magnetic Buzzers — What’s the Difference? Piezo vs Magnetic Buzzers Communicating information from a product to its end user is a necessary task across many industries — from home appliances and security devices to automotive electronics and office automation devices, audio signals are a necessity. These audio signals can be generated using [...]
How to Increase the Strength of an Electromagnet Electromagnets work just as well as permanent magnets. In fact, they are even more useful, because you can turn them on and off. You'll find electromagnets in hard drives, speakers and even in sophisticated equipment like MRI machines. You obviously need a stronger electromagnet for a particle [...]
Electromagnetic Induction Voltage applied to a conductor creates a magnetic field around that conductor. It is possible to reverse this process and for a magnetic field to generate a voltage in a conductor. For this to occur, there must be some relative motion between the conductor and the magnetic field. Electromagnetic induction takes place whenever [...]