Best Neodymium Magnets

Neodymium magnets are inherently one of the most versatile magnets out there. But the people behind this particular offer decided to take it up a notch by introducing arguably the most flexible option on the market. What you get is 10 pieces of powerful magnets that feature 0.3" in height and 1.26" in depth. Though they aren't the largest magnets you could find, each and every one of them features 90 pounds of pull capacity, which is nothing short of impressive. The magnets are also shaped like small cups, making them particularly suitable for a great variety of different applications in the fields of engineering, innovation, science, and industry.

Aside from the usual neodymium iron boron magnetic material, these strong neodymium magnets are plated in nickel-copper-nickel, the sort of composition that provides them with a nice and shiny corrosion-resistant finish. Of course, in order to make the product suitable for all of the aforementioned applications, the finish and the pull capacity wouldn't be enough. Which is why the manufacturers also made sure to extend the maximum working temperature up to 176 degrees Fahrenheit (80°C). The only real issue we have with the product is that separating the magnets requires a certain amount of finesse but you should get used to it in some time.

To rephrase our earlier point, these neodymium magnets with holes from DIYMAG will prove to be the best option not only for the kind of customers that have a very specific application in mind but also for those who need a set of magnets for a variety of different tasks and purposes.

If you're tired of dealing with pin holes and pricked fingers, we would suggest looking into the product from MapMagnets. What the company offers is a pack of 12 pawn-style magnetic push pins that are simply perfect for a variety of different applications. With a name like that, it goes without saying that you can use them as map magnets. But these little tools are also more than suitable when it comes to working with refrigerators, whiteboards, dry erase boards, and a number of different magnetic surfaces. And, sure, each one of these magnets is quite small, with just about 0.8 inches in height and 0.55 in depth. But their pull capacity will provide you with the opportunity to hold up to 10 sheets of paper with but a single magnet.

Aside from simplifying the matter of hanging stuff onto magnetic surfaces, the best part of these small neodymium magnets is their appearance. In addition to the distinct pawn shape, the brushed nickel finish gives each and every magnet a particularly attractive silver hue. Now, keep in mind that these magnets do not work that well with glass magnetic boards or stainless steel surfaces. Of course, that's just usually the case with these kinds of magnets, so we can't really hold it against the product.

Again, if you're fed up with pinholes and you don't feel like pricking your fingers anymore, there's really no reason not to give the neodymium magnets from MapMagnets a try. With their help, you will be able to work with any magnetic surface you want with ease and convenience.

Magnets are particularly useful in our day-to-day life, so there's really no reason not to grab as many of them as possible. You never know when you're going to need to pin something to a whiteboard or attach a piece of paper to a fridge. Which is exactly why the people at Emperor Magnets decided to come up with this simple yet particularly interesting product.

In return for about 10 bucks, you'll get a seemingly small little case that contains 20 "large" magnets, with 0.12" in height and 0.47" in depth and 10 smaller magnets that feature the same height but 0.24" depth. That said, even the so-called large magnets aren't really that large, but don't let their compact size fool you as each and every one of those magnets is capable of holding up to 15 sheets of paper.

With so many magnets at your disposal, your opportunities are virtually limitless. Dress up your fridge, pin some of them to the dishwasher, or use them for DIY or science projects. Furthermore, the size and the admittedly impressive strength of these magnets make them a perfect stress-relief toy. Their disc-shaped form is also one of the driving forces behind the versatility of these little tools. The only real downside would have to be the fact that the smaller magnets might be a bit difficult to separate, especially for people with chunky fingers, so you might want to grab a toothpick next time you wanna play with those, just in case.

In conclusion, there's next to nothing that you won't be able to do with the neodymium disc magnets from Emperor Magnets. From a variety of science and DIY projects to seemingly entertaining yourself when you get bored, there's really not much that these magnets won't be able to do for you.

A large number of smaller magnets is all well and good. But, sometimes, what you need isn't quantity but quality. And when it comes to quality in just about every meaning of the word, CMS Magnetics Neodymium Cube Magnet is the right way to go. As you would imagine, under that name lies a magnet that is shaped like a cube. The cube that features 1 inch in height, width, and depth. Considering the size, it is no wonder that the model boasts 119 pounds of pull capacity. With that kind of strength at your disposal, the cube will provide you with a number of different opportunities that you wouldn't get from a regular set of magnets. It can be used to retrieve devices. It can also be used to re-magnetize some of the older magnets. The size and the strength of this model make it perfect for finding studs in walls. There's also a great number of science projects that you or your kid could do with this super strong neodymium magnet.

Ever heard of magnetic therapy? Pulling objects together and away from each other is surprisingly fun. And considering the characteristics of this magnet, the model will be perfect for that kind of therapy. Plus, in addition to the cube itself, you will receive a heavy-duty reusable package and a case that will allow you to safely store and transport the magnet. Finally, the triple layer of nickel+copper+nickel offers a particularly effective coating when it comes to corrosion resistance.

All things considered, since the package only includes a single neo cube magnet, you won't be able to use it for hanging and pinning things down. However, the magnet will also open up a number of possibilities that wouldn't be possible with your regular set of smaller magnets, making the model the perfect option for a number of specific applications.

The most impressive thing about these small disc magnets from Jack Chloe is definitely the price tag that this product comes with. For less than 9 bucks, you will receive a package of 35 magnets. Each of these disc magnets features 0.14 inches in height and 0.4 inches in depth. And, again, each of these magnets boasts the kind of pull capacity that allows it to hold up to 15 sheets of paper. All of these specifications make the magnets perfect for a variety of different tasks.

They make for great school supplies. You can find a lot of use for them in the office. The magnets are particularly suitable when it comes to crafting, all kinds of DIY ventures, science projects, and different hobbies. You can attach them to the majority of stainless steel fridges, white and dry erase boards, school lockers, washing machines and a number of other magnetic surfaces. Of course, the magnets will not stick to non-metal materials. However, a good chunk of those non-metal surfaces often feature metallic properties, meaning that there's a good chance the magnets might stick to them. As far as we can tell, the only problem with these small neodymium magnets is a relatively unimpressive finish that makes the coating prone to wear and tear.

Other than that, we can't really say anything bad about Jack Chloe Small Disc Magnets. Given the sort of price tag that the product comes with, the number of magnets you get is impressive and so is their pull capacity. Plus, the shape makes them more versatile than the majority of small magnets.