0769-23388351
Toggle Navigation
Injection molding magnet production process; 1. Ingredients，2. Mixed，3. EXTRUSION，4. COMPOUND INSPECTION，5. DRIED，6. INJECTION，7. Trimming，8. Magnetization9. Dimensional inspection，10. performance check，11. Package... ...More>>
The magnetic performance of injection-molded ferrites typically ranges from around 1,200 to 1,300 Gauss, depending on the specific size and specifications. A surface magnetic flux density of approximately 1,500 to 1,700 Gauss can also be achieved.... ...More>>
Simply put, an injection-molded magnetic ring for fans is a ring-shaped magnet. It is produced by mixing magnetic powder with plastic material, directly injection-molding it through a mold, and then magnetizing it with multiple poles.... ...More>>
So, what exactly is a magnetic rotor? What are the main structural types and types of magnets used? Keep reading to find out.... ...More>>
Recently, an order for 20,000 ultra-small sintered ferrite magnets received by our international sales representative has been successfully produced, inspected, and packaged. The shipment has now been arranged for export to a client in the United States.Manufactured from high-performance sintered fe... ...More>>
At present, our company supplies multiple specifications of dual track magnetic rings, with 62/64 poles and 126/128 poles. The magnetic poles are evenly distributed and cost-effective.... ...More>>
Sintered permanent magnet ferrites and bonded permanent magnet ferrites are two types of ferrite magnetic materials that are currently widely used; the fundamental difference between them lies primarily in their manufacturing processes.Sintered ferrites are produced using a powder metallurgy process... ...More>>
The reason why ferrite magnets are more prone to demagnetization at low temperatures is essentially closely related to the temperature dependent characteristics of their intrinsic magnetic properties - intrinsic coercivity (Hcj).... ...More>>
The key raw materials for ferrite include iron scales, iron red, iron concentrate powder, strontium carbonate, barium carbonate, rare earth added oxides, pre burned materials, etc. Therefore, the price of ferrite magnets will be affected by these factors.... ...More>>
In terms of material cost, EH is significantly more expensive than UH. This is because achieving higher temperature resistance requires a higher proportion of heavy rare earth elements or more sophisticated grain boundary diffusion processes... ...More>>