Definition magnet:
A magnet is a body that magnetically attracts or repels certain other bodies. Magnetic attraction or repulsion is a fundamental natural phenomenon.
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Everyone is probably familiar with the fact that a bar magnet has two ends, usually referred to as the south and north poles, based on the earth. If you have two magnets, the north and south poles attract each other, while the same poles repel each other without having to supply energy. A compass needle also works on this basis: they are small, very light, movable magnets that usually align themselves in the earths magnetic field and provide information about the surrounding magnetic field based on their alignment.
Where are magnets used? Examples from everyday life to technology
Magnets permeate everyday life and technology alike, whether as permanent magnets or as giant electromagnets. They are used in research, medicine and even materials testing.
When one thinks of magnets, most people think of the familiar permanent magnets, regardless of whether these are then used as bar magnets, in the shape of a horseshoe or perhaps as a small cylinder or as play balls. If something is to stick without gluing or drilling, magnets and the corresponding iron pads are needed.
Valuable metals are sorted out of the waste with the help of permanent or electromagnets. By the way, lifting magnets for scrap or old cars work according to the same principle. Electric motors and generators for electric current need magnets for their function (keyword: induction).
Shuttering Magnet
When we set out to shuttering magnet manufacture, we were not about to go small. We have a team of in-house magnetists here at Magprecast who create these advanced magnet arrangements. The precast concrete magnet has an incredible magnetic field strength and suction force. The suction force is over 200 times its own weight. Through the interaction of the magnetically conductive materials, the arrangement of the magnetic lines of the individual magnets changes.
Usage
When the Precast concrete magnet is in use, the bottom of the magnet is firmly attached to the steel mold platform. (The magnet and the platform form a complete magnetic circuit closing system.) This circuit exhibits an ultra-strong holding force. The shuttering magnet will not budge, slip, or shift while in use, making it much safer and user-friendly.
Lifting the magnet to the platform
When the precast concrete magnet is not in use, theres a gap between the magnet and the platform. The magnetic circuit is not saturated, and the holding force is reduced. This is the time to pry the shuttering magnets open with a tool and begin using it with the platform.
Instructions for safe use
To ensure your shuttering magnets can last through countless uses, be sure to treat them with care. Below are some tips on how you can help lengthen the lifespan of your shuttering magnet.
For more details on how you can prolong the lifespan of your shuttering magnet, check out (link to blogHow to maintain shuttering magnet
Why should you be using shuttering magnets?
Shuttering magnets have entirely revamped the precast concrete industry, for the better! Check out some of the perks of using them below. Weve come up with 20 reasons, but we think its safe to say the advantages of shuttering magnets are virtually endless.
Precautions
Much like anything else, there are some precautions to take when using our magnets. These are not only for your safety but to ensure the precast concrete magnet performs as it should.
1. The internal components of the neodymium magnet must be kept clean. Avoid debris entering the template magnet. If foreign material makes its way in, the magnetic force will be in jeopardy.
2. The maximum operating or storage temperature must be below 80 ° C. Higher temperatures may cause the template magnet to decrease or lose its magnetic force completely. The temperature of a standard curing furnace is below 60 so the magnet can enter directly. If the curing furnaces temperature is higher than 80 , remove the magnet before entering the curing furnace.
3. Keep the shuttering magnet away from electronic devices and unnecessary ferromagnetic metals. This includes mobile phones, tablets, smartwatches, laptops, and computers. Almost no magnetic force is felt outside the steel casing of the shuttering magnets, but the magnetic force inside is extremely strong.
Safety note* If someone wears a pacemaker, extra care should be taken because strong magnetic fields can damage electronic devices inside the pacemaker.
For more details, please click on How to maintain shuttering magnet.
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Why choose Magprecast?
We get it; there are plenty of other companies that manufacture shuttering magnets. We hold ourselves to a much higher standard of quality and care for our customers. So, why us? Read on to learn how were different from our competitors.
Top 10 reasons why you should trust Magprecast with your next shuttering magnet purchase.
Packaging
How we ship the magnets out to our customers is just as important to us as the manufacturing process. Magnets can be tricky; you may be surprised by how many rules and regulations courier companies have regarding shipping magnets. We use magnetic isolation packaging in all of our shipments. This unique packing has anti-collision foam, an iron plate, and cardboard not only to protect the products but adhere to the safety requirements of courier companies. Our products will never get rejected by the postal service. We also take the time to ensure our packages are waterproof.
To us, sending our customers a clean, intact, damage-free package is our way of saying thank you. We genuinely appreciate each and every purchase made at Magprecast, and for over a decade, we have not had any issues or complaints from our customers that they have received damaged or sub-par items from us.
Shopping with us shouldnt be difficult. For some orders, we even offer same-day delivery. Contact us to learn more about how you can receive your precast concrete magnet today. Our goal is to make shopping for shuttering magnets simple, quick, and hassle-free.
Quality control
We hand-test each shuttering magnet before we allow it to go on the market. We do a series of QA inspections, including a magnetic force test, taking measurements, and making sure the magnet can withstand the proper amount of weight. All of these tests are done in-house by our team of engineers who fully understand the delicate nature of magnets. We will never ship a product that doesnt pass our rigorous QA tests. Thats not how we operate here.
FAQ
Why does the fixed effect of shuttering magnets weaken over time?
This happens when there are foreign objects (such as concrete, iron filings, film, etc.) on the bottom of the product or misalignment of the magnet, it cant properly attach to the platform. You wont get the same holding force, and it can weaken the magnet over time.
How can I prevent damage to my magnet?
Try to be as gentle as possible. Yes, the magnets are tough and can withstand regular usage, but if theyre banged around or mistreated, they wont perform at their absolute best.
The physical properties of the damaged NdFeB material inside the magnet are hard and brittle.
Therefore, the magnet should not be impacted or thrown around by external force. Nor can the two magnets be attracted to each other. If the magnet inside the product breaks and damages the body, the product cannot be used.
When will I receive my shuttering magnet?
Most orders will be shipped out within 3-5 days. We try to keep our inventory high to reduce waiting times. If you need a customized precast concrete magnet or a logo, contact us to learn more.
Will the magnet lose tension over time?
Every magnet will lose some tension over time. Magprecast uses high-quality magnets to ensure our loss rate is only 1% within the first 10 years of use.
Are you interested in learning more about strong Loaf Neodymium Magnet? Contact us today to secure an expert consultation!