Aimants de disque de néodyme
Toutes les catégories
Aimants permanents de néodyme
45
Aimants permanents de ferrite
54
Aimants d'arc de néodyme
21
Aimants de disque de néodyme
20
Assemblée magnétique permanente faite sur commande
43
Accouplement magnétique permanent
90
Aimant collé de néodyme
7
Aimant permanent de moteur électrique
10
Aimant de cobalt de samarium
13
Composite magnétique souple SMC
10
Magnets à disque de néodyme NdFeB permanents avec adhésif 3M pour l'artisanat, le bureau et l'industrie
Professional GWM-261 Neodymium Disc Magnets with 3M Adhesive Engineered NdFeB permanent disc magnets with strong 3M adhesive backing, designed for reliable bonding in industrial and consumer applications. Product Overview GWM-261 neodymium disc magnets are high-performance NdFeB permanent magnets ...
Disque personnalisé aimants en néodyme épaisseur 2 mm Solutions magnétiques puissantes conçues avec précision pour les applications industrielles
Product Description: The Neodymium Disc Magnets are high-performance magnets known for their exceptional strength and versatility. Manufactured using premium-grade neodymium, these magnets stand out in the world of magnetic materials due to their remarkable magnetic power relative to their size. ...
Disques magnétiques en néodyme revêtus de nickel d'une épaisseur de 5 mm, parfaits pour les serrures magnétiques
Product Description: Neodymium Disc Magnets are among the most powerful and versatile magnets available in the market today. Manufactured using neodymium, iron, and boron, these magnets belong to the family of rare earth magnets, renowned for their exceptional magnetic strength and durability. ...
NICUNI aimants industriels au néodyme aimants certifiés CE ROHS pour les capteurs industriels et les applications d'accouplement magnétique
Product Description: The Neodymium Disc Magnets offered by NICUNI are premium quality magnetic solutions designed to meet a wide range of industrial and commercial applications. As part of our commitment to excellence, these magnets are manufactured under strict adherence to CE and ROHS standards, ...
Densité 7,45 gcm Magnets à disque de néodyme utilisant des matières premières Néodyme présentant une résistance modérée à la corrosion nécessite un revêtement
Product Description: The Neodymium Disc Magnets are a versatile and powerful solution for a wide range of applications, offering superior magnetic strength and reliability. These magnets come in various thicknesses, including 1mm, 2mm, and 5mm, allowing users to select the perfect size to meet their ...
Densité 745 gcm Contre-enfoncé aimants de terres rares de qualité AH Convient pour l'assemblage de précision et les applications de maintien magnétique
Product Description: Neodymium Disc Magnets are among the most powerful and versatile magnets available on the market today. Known for their exceptional magnetic strength and durability, these magnets are ideal for a wide variety of applications, ranging from industrial uses to everyday household ...
Magnés de néodyme Magnés de disques de néodyme Pièces magnétiques
Product Description: The Neodymium Disc Magnets are a premier choice for applications requiring powerful and reliable magnetic force.Crafted from rare earth materials, these magnets exhibit superior performance compared to traditional Ferrite Segment Magnets, offering enhanced magnetic strength and ...
Aimants disques en néodyme de 2 mm d'épaisseur conçus
Product Description: The Neodymium Disc Magnets are a premier choice for applications requiring powerful and reliable magnetic force.Crafted from rare earth materials, these magnets exhibit superior performance compared to traditional Ferrite Segment Magnets, offering enhanced magnetic strength and ...
Magnés au néodyme forts de qualité AH
Product Description: The Neodymium Disc Magnets are a premier choice for applications requiring powerful and reliable magnetic force.Crafted from rare earth materials, these magnets exhibit superior performance compared to traditional Ferrite Segment Magnets, offering enhanced magnetic strength and ...
