De Magneten van de neodymiumboog
Alle Categorieën
Neodymium Permanente Magneten
45
Ferriet Permanente Magneten
54
De Magneten van de neodymiumboog
21
De Magneten van de neodymiumschijf
20
Douane Permanente Magnetische Assemblage
43
Permanente Magnetische Koppeling
90
Neodymiummagneet in entrepot
7
Elektrische Motor Permanente Magneet
10
De Magneet van het samariumkobalt
13
SMC zachte magnetische composiet
10
ISO-gecertificeerde neodymiumboogmagneten met een dichtheid van 7,5 g/cm3
Product Description: The Hs Code of these magnets is 85051110, making them ideal for use in a variety of industries. They are certified to meet ISO 9001:2015 quality standards, ensuring that they are manufactured to the highest possible standards. Additionally, they are RoHS and REACH compliant, making them safe for use in a range of applications. With a maximum operating temperature of 220°C, these NdFeB Arc Segment Magnets are suitable for use in high-temperature environmen
Dichtheid 7,5 g/cm3 Neodymiumboog Permanente magneten Aanpasbare anisotrope magneet
Product Description: One of the notable attributes of these magnets is their anisotropic nature, which is a result of the manufacturing process. This process involves the hot extrusion of the magnetic material in a specific direction, which gives the magnets their unique magnetic properties. This anisotropic property allows for better performance and stronger magnetic fields, making these magnets ideal for use in motors, generators, and other industrial applications. Another
Temperatuurbestendige neodymiumboogmagneten met magnetiseringsopties
Product Description: Our N55 Neo Arc Magnets can be customized to meet your specific magnetization direction requirements, ensuring that your motor operates at the optimal level. These magnets have a high magnetic energy product and excellent coercivity, making them a popular choice in the industry. Our NdFeB Arc Permanent Magnets are classified under the HS code 85051110 and have a maximum operating temperature of 220°C. This ensures that the magnets can withstand high
