I am sure you have encountered one of those tiny circle magnets your kids play with. The magnets are microscopically tiny, you could easily overlook them. But these small magnets are hyper-powerful and can do some amazing things, even just sitting in a line.
Scientists have been studying these little circle magnets for years now. Their latest finding is that these magnets have north and south poles, much like their larger cousins. North attracting to south and will stick together. When two north poles meet or when to south ends of a magnet line respectively discuss each other.
While small circle magnets are tiny in size, they pack quite a punch. This allows their high power to pick up items like paperclips, screws or small coins. In reality, certain types of very tiny circle magnets are stronger than you might think: some will lift loads much heavier than their size! Their exceptional tensile and flexing strength can make them incredibly useful for countless applications. -
Curtesy of the amazing force that tiny circle magnets bring we are propelled into a realm where so many awesome, small gadgets can be produced. Have you heard of little robots that can travel through your body and do repairs? These operate by being driven inside your body via small circular magnets. Not only this, but there are also miniature devices that you can use to clean your teeth and tiny cameras small enough for you to swallow in order catch a glimpse of your own internal organs.
A tiny magnet with a hole in the middle causes magnets to be useful for so many different things! For instance examples are: Toys-Magnetic construction block that can easily assemble and form different shapes or a configuration. They can also be used in artwork, as with the production of magnetic paintings that we have been able to move around as you wish. It is amazing because even small circle magnets are used for the creation of jewelries!
These tiny magnets have other, more serious uses aside from mere novelty as well. For instance in medicine they are indispensable for securing implants, and in technology where they have applications of data storage like computers etc. Our day-to-day existence would be impossible without these tiny circle magnets.
And in all, a tiny thing like this circle magnets is so much versatile - it will surprise you and make many tasks that earlier seemed impossible to be now have more elements involved. These have helped to create some incredible new machines and gadgets and remain useful in many fields. So the applications for future inventions using little circle magnets have no limits to which I can see!
We use a plastics pads between magnets, and tiny circle magnets. There is foams insides middle of every cases to makes sure that each items is secures transits. We can fulfill the requirements of your designs. Standards air and vessels packaging or according to customers requests.
Xinyuan an innovative high-tech firms, specializes in productions and tiny circle magnets and developments rare earth permanent magnets. The company introduced jets mills that have high uniformity and rotary melting furnaces and low oxygen systems powers production lines across world. By using hydrogen alloys technology, the company has designed and produced magnetic components which can be adapted to different extreme environments, fully meeting demands of customers.
The company has created SGS and MSDS standards for quality inspections and established ISO9001 as managements system. In additions, it has tiny circle magnets. Each production steps is monitored by skilled technicians. Additionally, we have a thorough quality control systems which performs completes quality checks before leaving the factory. The company meets its legal obligations and socials responsibilities to customers.
Our tiny circle magnets universals and customized magnets components. The products we offers currently magnetic materials such as ferrite magnets and neodymium magnetics as well rubbers magnets. we accept customized products any shapes, size and performances as well electroplating.