N35 and N52 both belong to the performance grade of neodymium iron boron magnets and are often chosen by customers. Are you curious about the differences between N35 and N52 magnets? Below, the editor will compare and introduce the magnetic strength, price, application, and other aspects, hoping to be helpful to you.
1、Magnetic strength of N35 and N52;
The N52 magnet has a higher magnetic force than the N35 magnet. The N52 magnet produces a stronger magnetic field than the N35 magnet for the same size and shape, which means that the N52 magnet has a higher ability to attract and hold objects, about 40-50% higher.
N52 magnetic properties (BH)50-53MGOe, Hcj≥12.0KOe, Br≥14.3-14.8KGs;
N35 magnetic properties (BH)33-37MGOe, Hcj≥12.0KOe, Br≥11.8-12.5KGs;
2、What is the price difference between N35 and n52 magnets?
Because N52 grade magnet material price is more expensive than n35, so the same specification of magnets will be more expensive than N35 magnet.
Neodymium N52 grade square blank material than N35 square blank material expensive about 70 yuan RMB / kg.
Both N35 and N52 grades can be machined into a variety of shapes;
3、Versatility ;
The N52 permanent magnet has higher magnetic properties than other grades of permanent magnet, so it is more versatile and suitable for a wide variety of challenging tasks for which other grades of permanent magnet may not be suitable.
4、Comparison of application fields:
The N35 magnet still performs well in many applications, especially for some general applications. However, N52 magnets are typically used for specialized applications that require stronger magnetic forces, such as high-performance motors, generators, sensors and scientific research.
5、Durability;
Rare earth neodymium magnets are generally very durable, N35 and N52 no difference.
It should be noted that there are other grades of magnets besides "N35" and "N52", such as N42, N45, N50, etc. Each level has different magnetic and performance characteristics. Choosing the right level depends on the requirements and budget of your particular application.
Comparison of performance grades of other neodymium magnets;