Rubber Magnets
Rubber magnet, also known as flexible magnet, is a magnetic material made of rubber and magnetic powder through vulcanization. It has the characteristics of flexibility, magnetism, and easy cutting and forming. It is widely used in the fields of electronics, machinery, toys, stationery, and advertising.
Rubber magnets have the advantages of light weight, flexibility, and easy cutting and forming. They can be cut into various shapes and sizes according to needs, and can be easily bonded to metal, plastic, and other materials. At the same time, rubber magnets have certain magnetism and can be used in magnetic fields. However, rubber magnets also have the disadvantages of low magnetic strength and easily affected by temperature and humidity. At the same time, rubber magnets are also easily affected by external magnetic fields, which may affect their magnetism.
In general, rubber magnets are widely used in various fields due to their flexibility and magnetism. When using rubber magnets, it is necessary to pay attention to their magnetic properties and environmental adaptability to ensure their normal use.
MaximMAGNET makes high quality neodymium magnets, magnetic assemblies, and Halbach array, also supplies vast range of magnetic materials like ferrite magnets, rubber magnets, smco magnets etc. Some advantages you could get working with us, MaximMAGNET is definately not the top 10 company, but your experience working with us will be top 10.
| 1 |
Besides popular grades of magnets on the market, customized magnetic property is also available. |
| 2 |
Up to 240mm for one single magnet, certainly magnetic assembly is also available. |
| 3 |
Magnetic simulation and suggestions are available. |
| 4 |
Assist by the staff with more than a decade experience in the industry. |
| 5 |
Free samples available before volume production. |
| 6 |
No matter how small the order will be treated with indiscrimination. |
| 7 |
Regularly updates during the production, and delivery. |
Audited Supplier 
){kind=link}
){kind=link}