Bar Magnets Manufacturers and Suppliers

IQS Directory provides a detailed list of bar magnet manufacturers and suppliers. Find bar magnet companies that can design, engineer, and manufacture bar magnets to your specifications. Peruse our website to review and discover top bar magnet manufacturers with roll over ads and complete product descriptions. Connect with the bar magnet companies through our hassle-free and efficient request for quote form. You are provided company profiles, website links, locations, phone numbers, product videos, and product information. Read reviews and stay informed with product new articles. Whether you are looking for manufacturers of solenoid coil bar magnet, strong hold bar magnets, and heavy duty bar magnets of every type, IQS is the premier source for you.

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ARTICLES AND PRESS RELEASES

  • Magnetic Name Tags

    There are many jobs and industries that require employees to wear name tags. Most of these jobs are customer service oriented where employees see the faces of the general public all day. Some examples are a server at a restaurant, any associate at a retail store, doctors and the list goes on. I used to be an employee at a restaurant and we had the name tags with the needles on the back. Every time you put one on you had to poke a new hole in your shirt and...

  • The Problems With Nametags

    Throughout college I worked several years at an optical retail store as a sales consultant. My duties ranged from answering phones to ordering contacts for patients. It was a good job, was flexible with my school schedule and allowed me to meet a lot of great people. My least favorite part about this job (besides the sometimes mean and rude customers) was the dress code that we had to follow. We were required to wear black pants, black shoes, and a black suit jacket that never fit anyone properly. It...

  • An Attractive Discovery

    Often the question we ask when inquiring about the history of something is who invented it? For most objects, this is an easy thing to answer. You can look in history books and find out who invented the first light bulb, the first car, the first plane, yet some objects aren't necessarily invented but rather they are discovered. For example, it would be hard to say that someone invented magnets, since they are already a naturally occurring object in the earth. The full potential and power of magnets however was...

  • Bar Magnets: How We Get There

    Although I am not a backpack junkie myself, I do know a number of people who love roughing it in the great outdoors. Among the basic supplies they need to survive is one of the most traditional camping and backpacking tools one can think of: the compass. What makes a compass work correctly is a bar magnet, without which backpackers who ran into rough weather and lost their way would be in serious trouble. The magnets utilized in a compass have both a north and south pole that creates a...

  • The Future of Bar Magnets

    I've just discovered the NMR-MOUSE and its most valuable component, an industrial grade bar magnet. I had no idea magnets were used in so many new, cutting-edge technologies. The magnetic force used in MRI scanners has the capability to be extremely useful if made portable. Fortunately, there is a device that has been developed, the NMR-MOUSE, which is a mobile version of an MRI machine. The NMR (nuclear magnetic resonance) device can be used for a number of purposes. It is helpful in a variety of industries and can solve...

  • Eriez® Pull Test Kits Now Available for Next Day Shipment Through EriezXpress™ Program

    Erie, PA---Eriez® announces that its popular Pull Test Kits, used for measuring magnet strength, are now a part of the company’s EriezXpress™ line of products offered with expedited shipping. Upon credit approval, orders received by 4:00 p.m. EST are processed and shipped the next business day. Eriez Pull Test Kits are supplied with the customer’s choice of either an NIST traceable digital scale or a graduated scale. Additionally, each kit contains four non-magnetic spacers-1/4, two -1/2 and one-inch thick (six, two -12 and 25 mm),...

Industry Information

Bar Magnets

A bar magnet is a rectangular and narrow piece of ferromagnetic material or composite that is capable of generating a magnetic field. The term “ferrous” means “containing iron.” Most ferrous metals are magnetic, but not exclusively. Bar magnets feature a uniform and smooth cross section and surface, and are typically made from steel, iron, clay, aluminum, nickel, or cobalt. Bar magnets can retain their magnetism on their own for a long period of time, even when an electric current is not present. In fact, they do not require a consistent electric current to perform their function at all. Therefore, bar magnets are known as permanent magnets, since they can remain magnetized independently. The primary feature of a bar magnet is a north and south pole on opposite ends.

Magnets were first used by the ancient Greeks as early as 600 B.C., after it was discovered that certain objects were drawn toward a magnetic stone. During the Middle Ages, this magnetic stone became known as lodestone. Today, magnets can be found in a vast range of configurations, such as rods, arcs, blocks, rings, and discs. The applications for which magnets can be used vary just as much, if not more. They can be used for material handling, sensing, retrieving, separating, holding, and lifting. Magnets can also be made from neodymium, ceramic, samarium cobalt, and alnico. Neodymium magnets are composed of neodymium, iron, boron, and several transition metals, and are incredibly strong. Ceramic magnets are made up of iron oxide and strontium carbonate, and can be used in speakers and DC brushless motors. Samarium cobalt magnets are composed of cobalt, samarium, and iron. They are also very strong and are used as sensors or computer disk drives. Alnico magnets are primarily made from copper, iron, cobalt, nickel, aluminum, and sometimes titanium. They can be sintered or cast, and are utilized as guitar pickups, security systems, electron tubes, and generators.

Out of all the configurations of a magnet, bar magnets are the most commonly used. Their main function is to pick up small metallic objects, like screws or nails. In the realm of industrial manufacturing, magnets can be found in factories, attached to small devices and large cranes in order to pick up metallic shavings left over from metal working processes. When a metallic substance comes into contact with a magnet, the metal is instantly pulled toward it, making a magnet a perfect device to assist in safe and proper disposal of metal shavings and maintaining the cleanliness of a facility. Outside of a factory setting, magnets can be found in countless items, including cabinets, whiteboards, name tag holders, and purses. Bar magnets are the magnets of choice for schools across the world to demonstrate magnetic fields and forces in science classrooms.

While this is the most obvious of a bar magnet’s functions, they can also repel other magnetic alloys, including cobalt, nickel, some rare earth metals and their alloys, and natural minerals like lodestone. Bar magnets can also be used in laboratory applications as magnetic stirring rods, holding cutlery in a safe and organized place within a restaurant, or hanging pictures and receipts on the outside of a home refrigerator. However, the most common application of a bar magnet is the needle in a compass. A bar magnet will always position itself so that its north pole points toward Earth’s north pole. Therefore, a needle in a compass will accurately indicates the direction a traveler is headed. If the north end of a magnet is placed by the south pole of another magnet, the magnets will detract from each other.

On either side of a bar magnet, the magnetic lines form closed and continuous lines. These lines always flow from north to south and always remain parallel to each other. If a bar magnet is cut in half, it will automatically form into two separate magnets, each with a magnetic field and a set of poles. On average, the magnitude of magnetization is 100,000 A/m. However, this magnitude may vary based on the ferromagnetic material that the magnet is made of. The magnitude of magnetism also depends on the strength of the magnet’s poles and their distance from each other.

In using a bar magnet in a home setting, it is imperative that you keep it away from any electronic device such as radios, televisions, and speakers. Even if the magnet has a weak magnetic force, it can cause irreversible damage to a device’s data storage if it comes into contact with it.

Grade 8H Bar Magnets
Bar, Ring, and Disc Magnets – TECHNOMAG, Inc.






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