Industrial High Quality AlNiCo Horseshoe Magnet

Product Description

Alnicos are precipitation-hardened alloys requiring special heat treatment techniques. The raw materials are Cobalt, Nickel, Copper, Aluminum and Iron. Titanium, silicon, etc. are added in certain proportions. The raw materials in their purest form are melted in medium frequency induction furnaces and castings are made using conventional sand or shell moulds. The heat treatment consists of heating the alloy in furnace to well above its curie point, and holding it at that temperature for some time. This is followed by controlled cooling after which the castings are reheated and held for a long period at a temperature of about 600 degree. This ageing process increases the coercive force and the energy product. Finally, the castings are ground to obtain close dimensional tolerances whenever necessary and inspected for physical and magnetic accuracy.

General Introduction 

1.Horseshoe holding magnets are cylindrical

2.The north and south poles on the same plane and are separated by a slot gap

3.They are supplied with a central fixing hole and the gap between the poles accepts a standard cheese head fixing screw

4.They are used suitable for attracting applications ,light duty holding and reed switch operation 

5.Magnets good for using on rough surface because of their deeper flux field due to the horseshoe design

 Specifications:

About our company business scopes:

We supply hard magnets and magnetic materials from China. Our magnets include ferrite magnets, flexible magnets, NdFeB magnets, alnico magnets, SmCo magnets, rubber magnets, refrigerator fridge magnets, magnetic powder, magnetic compound tesla meters & magnetizers, and magnetic jewelry. We also supply ferrite cores, MnZn cores and NiZn cores for transformers and coils, loudspeaker magnets, motor magnets, and refrigerator gasket stripes.

Our company websites:
1. e-magnet.cn   2. magnets.com.cn  3. http://www.fecrco.cn/index.htm

4.find-magnet.com   5.x-magnet.net   6. magnet-tech.com