A square-type ferrite magnet (with hole). [Features]· Being a sintered magnet (ceramic magnet), its corrosion resistance is excellent and it lends itself to flat shapes. However, it does crack easily.· The raw material, ferric oxide, is abundant in nature and can be supplied cheaply and reliably.· With its high coercive force, it is difficult to demagnetize.· Although it is ceramic and therefore easily cracked, its powdered raw material can be molded by a press machine, making it suitable for ma
A square-type ferrite magnet (with hole). [Features]· Being a sintered magnet (ceramic magnet), its corrosion resistance is excellent and it lends itself to flat shapes. However, it does crack easily.· The raw material, ferric oxide, is abundant in nature and can be supplied cheaply and reliably.· With its high coercive force, it is difficult to demagnetize.· Although it is ceramic and therefore easily cracked, its powdered raw material can be molded by a press machine, making it suitable for ma
A square-type ferrite magnet (with hole). [Features]· Being a sintered magnet (ceramic magnet), its corrosion resistance is excellent and it lends itself to flat shapes. However, it does crack easily.· The raw material, ferric oxide, is abundant in nature and can be supplied cheaply and reliably.· With its high coercive force, it is difficult to demagnetize.· Although it is ceramic and therefore easily cracked, its powdered raw material can be molded by a press machine, making it suitable for ma
A square-type ferrite magnet (with hole). [Features]· Being a sintered magnet (ceramic magnet), its corrosion resistance is excellent and it lends itself to flat shapes. However, it does crack easily.· The raw material, ferric oxide, is abundant in nature and can be supplied cheaply and reliably.· With its high coercive force, it is difficult to demagnetize.· Although it is ceramic and therefore easily cracked, its powdered raw material can be molded by a press machine, making it suitable for ma
A square-type ferrite magnet (with hole). [Features]· Being a sintered magnet (ceramic magnet), its corrosion resistance is excellent and it lends itself to flat shapes. However, it does crack easily.· The raw material, ferric oxide, is abundant in nature and can be supplied cheaply and reliably.· With its high coercive force, it is difficult to demagnetize.· Although it is ceramic and therefore easily cracked, its powdered raw material can be molded by a press machine, making it suitable for ma
A square-type ferrite magnet (with hole). [Features]· Being a sintered magnet (ceramic magnet), its corrosion resistance is excellent and it lends itself to flat shapes. However, it does crack easily.· The raw material, ferric oxide, is abundant in nature and can be supplied cheaply and reliably.· With its high coercive force, it is difficult to demagnetize.· Although it is ceramic and therefore easily cracked, its powdered raw material can be molded by a press machine, making it suitable for ma
A neodymium magnet, which produces the strongest magnetic field of any magnet. [Features]· A neodymium magnet with completely unprecedented strength thanks to its polyamide coat (powder coating). · Its environmental resistance characteristics are significantly improved compared to conventional plated products. · Its durability was verified in a 2,000 hour salt spray test. · It uses the latest coating technology for outstanding durability and resistance to cracking and chipping. [Applications]· O
A neodymium magnet, which produces the strongest magnetic field of any magnet. [Features]· A neodymium magnet with completely unprecedented strength thanks to its polyamide coat (powder coating). · Its environmental resistance characteristics are significantly improved compared to conventional plated products. · Its durability was verified in a 2,000 hour salt spray test. · It uses the latest coating technology for outstanding durability and resistance to cracking and chipping. [Applications]· O
A neodymium magnet, which produces the strongest magnetic field of any magnet. [Features]· A neodymium magnet with completely unprecedented strength thanks to its polyamide coat (powder coating). · Its environmental resistance characteristics are significantly improved compared to conventional plated products. · Its durability was verified in a 2,000 hour salt spray test. · It uses the latest coating technology for outstanding durability and resistance to cracking and chipping. [Applications]· O
A neodymium magnet, which produces the strongest magnetic field of any magnet. [Features]· A neodymium magnet with completely unprecedented strength thanks to its polyamide coat (powder coating). · Its environmental resistance characteristics are significantly improved compared to conventional plated products. · Its durability was verified in a 2,000 hour salt spray test. · It uses the latest coating technology for outstanding durability and resistance to cracking and chipping. [Applications]· O
A neodymium magnet, which produces the strongest magnetic field of any magnet. [Features]· A neodymium magnet with completely unprecedented strength thanks to its polyamide coat (powder coating). · Its environmental resistance characteristics are significantly improved compared to conventional plated products. · Its durability was verified in a 2,000 hour salt spray test. · It uses the latest coating technology for outstanding durability and resistance to cracking and chipping. [Applications]· O
A neodymium magnet, which produces the strongest magnetic field of any magnet. [Features]· A neodymium magnet with completely unprecedented strength thanks to its polyamide coat (powder coating). · Its environmental resistance characteristics are significantly improved compared to conventional plated products. · Its durability was verified in a 2,000 hour salt spray test. · It uses the latest coating technology for outstanding durability and resistance to cracking and chipping. [Applications]· O
