One of the most important questions you ask yourself before making a purchase is, "How long will this product last? The same idea holds true for commercial magnets. Magnets have existed for millennia and have several uses in a variety of sectors, from the automotive and healthcare sectors to recycling and electronics, demonstrating that magnets are more than just something you hang on your fridge.

It's important to consider longevity as well as strength when selecting the best industrial magnets. What occurs if these magnets lose their magnetic characteristics too quickly? There will probably be expensive downtime and repairs as a result. This blog post will look at magnet demagnetization's causes and how to avoid it. Let's first define industrial magnets before we go any further.

How Do Industrial Magnets Work?

Industrial magnets are far more powerful than domestic magnets since they are utilized in much harsher environments, such as manufacturing facilities or recycling operations, where they are used to keep your family photo on the refrigerator. The uses vary for many industries, despite the fact that the fundamental usage or concept is the same—attracting magnetic characteristics to store or sort them. Nonetheless, materials recognized for their powerful magnetic characteristics, such as neodymium, samarium cobalt, ceramic, and alnico, are frequently used to make industrial magnets.

Industrial magnets can be customized in size and shape based on your requirements and intended use. Since they are utilized in jewelry and as window, fridge, and cabinet closures, bar, block, and disc magnets are used in manufacturing and construction.

What Are Some Regular Uses For Industrial Magnets?

Heavy items like sheet steel, iron plates, and automobile engines are lifted and hoisted by people using industrial magnets. Magnets are also used to separate desired materials from impurities in sectors including recycling, food processing, and mining. Magnets can also transform electrical energy into mechanical energy or sound waves in devices like speakers, microphones, and hard drives.

The food and beverage sector is another example, where industrial magnets are frequently employed, particularly during packaging. Metal cans or other containers are moved using magnets instead of having to be handled manually when they are transferred from one conveyor belt to another. This increases productivity while lowering the danger of worker injury and contamination.

Magnets are also essential for guaranteeing food safety in the food and beverage sector. They gather metal debris that may have fallen into the product during processing or packaging by being put in locations where food and beverage items pass through, attracting metal particles like screws or shavings that may be present.

Why are Durable Industrial Magnets Important?

A durable industrial magnet might be useful for the following factors, just like any other goods you buy:

More affordable

Because these magnets are utilized in factories for electronics or assembly, replacing them frequently can be costly. Industrial magnets of the highest caliber may cost more up front, but they will be worth it in the long run.

Higher environmental sensitivity

More steady and dependable

In sensitive applications like aircraft and medical equipment, where the magnet's dependability is essential for safety and performance, industrial magnets are used. A durable magnet lowers the possibility of failure, ensuring that the system will work as intended for a longer time.

Why Do Magnets Become Neutral?

A magnet's shelf life is a mystery, although according to a BBC webpage, industrial magnets composed of samarium-cobalt take about 700 years to lose half their strength, which is several lifetimes. However, a number of influencing factors could speed up the process:

Heating

Each magnet material has a Curie point, which is the temperature at which the magnet loses its ability to magnetize. Neodymium has a Curie point between 80 and 310 °C, whereas the Curie point of iron is 768 °C.

Dropping and hammering

A magnet's magnetic domains may become disorganized as a result of being pounded against a hard surface, which will cause the magnet to lose its magnetization. The magnet can be dropped to achieve the same result.

Corrosion

A magnet can corrode and lose its magnetic strength when exposed to corrosive environments like saltwater or acids.

How Can Your Magnets Be Extended?

How can you extend the life of magnets now that you understand why they can lose their magnetic properties? Here are three suggestions.

Handle carefully

To handle magnets gently and prevent accidental drops, think about wearing protective equipment such as gloves or padding.

Keep in a dry area

Avoid extreme temperatures

It is important to avoid extended heat exposure because, as was already said, excessive temperatures can cause the magnets to demagnetize.

Where in Malaysia can I find industrial magnets?

There are numerous industrial applications for industrial magnets. But, their longevity is just as crucial as their strength because it will enable you to reduce costs, protect the environment, and guarantee dependable performance.

Go no further if you want top-notch industrial magnets that will last! Industrial magnet shop malaysia can handle it! To satisfy your needs, we provide a range of industrial magnets in terms of size and material. Call us right away!