Alnico magnets are a type of permanent magnet made from an alloy of aluminum (Al), nickel (Ni), cobalt (Co), and iron (Fe), along with small amounts of other elements like copper and titanium. Due to their high magnetic strength and temperature stability, Alnico magnets are widely used in various applications. Some of the main uses […]
Category Archives: Alnico Magnet
Alnico Magnet, Ferrite Magnet, Neodymium Magnet, smco magent
Which permanent magnet material is suitable for smart drones?
02
Jan
Jan
The design and performance requirements of smart drones have certain requirements for permanent magnet materials, mainly reflected in high performance, lightweight, durability and low energy consumption. The following are some common permanent magnet materials suitable for smart drones: 1. Neodymium Iron Boron (NdFeB) permanent magnet Features: Neodymium Iron Boron (NdFeB) is one of the strongest […]
Alnico Magnet, FeCrco magnet, Magnet Tech, Magnetic Applicaitons, Neodymium Magnet
Application of permanent magnets in intelligent drones
31
Dec
Dec
Have many applications of permanent magnets in intelligent drones.They are widely used in intelligent drones, mainly in the following aspects: 1. Motor (brushless motor) Brushless motors are the core components of modern drone power systems, and the application of permanent magnets in motors is particularly important. Permanent magnet motors use the magnetic field of permanent […]
27
Dec
Dec
Educational magnets: spray painting vs. stickers, which method is more suitable? When making educational magnets, it is crucial to choose the right surface treatment method. Spray painting and stickers are two common treatment methods, each with its own advantages and disadvantages. Let’s compare them in detail: Spray painting Advantages: Rich colors: Various colors can be […]
Alnico Magnet, Magnetic Applicaitons, Uncategorized
The advantages of AlNiCo Cow Magnet compared with other types of cow magnets
23
Dec
Dec
The advantages of AlNiCo cow magnet over other types of cow magnets are mainly reflected in the following aspects: Good temperature stability Wide range of application: AlNiCo magnets can work normally at high temperatures above 500℃, its Curie temperature can reach 860℃, and the maximum working temperature is about 550℃, while the upper limit of the […]
15
Nov
Nov
Alnico block magnet for staple style P90 guitar pickups Unleashing the Power of Alnico Alnico block magnet are the heart and soul of many iconic guitar pickups, including the classic P90. These magnets, composed of aluminum, nickel, cobalt, and iron, deliver a unique tonal character that has captivated guitarists for decades. As a result, when […]
04
Nov
Nov
The difference between FeCrCo and AlNiCo magnets FeCrCo (iron-chromium-cobalt) and AlNiCo (aluminum-nickel-cobalt) magnets are two distinct types of permanent magnets, each with unique properties and applications. Here are the main differences: Composition: FeCrCo magnets : Primarily made of iron, chromium, and cobalt, with possible additions of other elements like nickel or copper to enhance specific […]
19
Jul
Jul
Main production process 1.Milling: The process begins by grinding the raw materials (aluminum, nickel, cobalt, etc.) into a fine powder. 2.Pressing: The powdered mixture is then pressed under high pressure in a mold shaped like the desired magnet. 3.Sintering: Next, the pressed material is heated in a hydrogen furnace at a very high temperature. This […]
15
Jul
Jul
The difference between cast AlNiCo and sintered AlNiCo magnet Cast AlNiCo and sintered AlNiCo are both AlNiCo magnets, but they are different from each other, especially in production process, characteristics and application. Manufacturing Process: Cast AlNiCo magnet: This type is made by pouring a molten alloy into a mold and then allowing it to cool and […]
05
Jul
Jul
AlNiCo (Aluminum-Nickel-Cobalt) magnets can be classified based on their orientation into fully oriented, semi-oriented, and non-oriented types. Here’s an overview of each: 1.Fully Oriented AlNiCo Magnets: These magnets are produced by heating the alloy above its Curie temperature in the presence of a strong magnetic field. The resulting magnets have a […]
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