Alnico Horseshoe Magnet

Customized Alnico Horseshoe Magnet Corrosion Resistance For Aerospace Quick Detail: 1. Grade: AlNiCo 2, AlNiCo 3, AlNiCo4, AlNiCo 5, AlNiCo 6, AlNiCo 7, AlNiCo 8 2. Strong Corrosion Resistances 3 .Manufacturing process - casting (most common) 4..Horseshoe shapes red painted 5. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature

High Powered Alnico Horseshoe Magnet Red Painted For Security System Quick Detail: Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values, the high remanence and thermal stability of AlNiCo makes it the most effective magnetic material for certain applications, like generator, microphone, lifting,

High Strength Alnico Horseshoe Magnet , Holding Cast Magnets Quick Detail: 1. Density - 7.3 g/cm3 2. Manufacturing process - casting (most common) 3.Horseshoe shapes red painted 4. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values, the high

Small Strong Casting Alnico Horseshoe Magnet Blocks For Automobile Quick Detail: 1.Saturation magnetizing field required - about 5kOe. 2. Manufacturing process - casting (most common) 3.Horseshoe shapes red painted 4. Density - 7.3 g/cm Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values, the high

C Shape Alnico Horseshoe Magnet Holding Magnets With A Hole Quick Detail: 1. Horseshoe shapes red painted 2. Manufacturing process - casting (most common) 3.Density - 7.3 g/cm3 4. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values, the high

Red Painted Alnico Horseshoe Magnet , Permanent Holding Magnets Quick Detail: 1. Density - 7.3 g/cm3 2. Manufacturing process - casting (most common) 3.Horseshoe shapes red painted 4. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values, the high

Holding Alnico Horseshoe Magnet , Strong Corrosion Resistance Quick Detail: 1. Density - 7.3 g/cm3 2. Manufacturing process - casting (most common) 3.Horseshoe shapes red painted 4. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values, the high

Cast Alnico Horseshoe Magnet , Horseshoe shapes Black / Grey / Red Painted Quick Detail: 1. Horseshoe shapes black/grey/red painted 2. Manufacturing process - casting (most common) 3.Density - 7.3 g/cm3 4. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and

Permanent Alnico Horseshoe Magnets , Cast Alnico 5 Magnet Quick Detail: 1. Density - 7.3 g/cm3 2. Manufacturing process - casting (most common) 3.Horseshoe shapes red painted 4. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values, the high

Holding Alnico Horseshoe Magnet , Strong Corrosion Resistance Quick Detail: 1. Density - 7.3 g/cm3 2. Manufacturing process - casting (most common) 3.Horseshoe shapes red painted 4. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values, the high

5kOe Magnetizing Cast Alnico Horseshoe Magnet for Lifting and Holding Quick Detail: 1. Density - 7.3 g/cm3 2. Manufacturing process - casting (most common) 3. Horseshoe shapes red painted 4. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values,

Red Painted Alnico Horseshoe Magnet , Permanent Holding Magnets Quick Detail: 1. Density - 7.3 g/cm3 2. Manufacturing process - casting (most common) 3.Horseshoe shapes red painted 4. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values, the high

7.3 g/cm3 Density Alnico Horseshoe Magnet , Red Painted Holding Magnets Quick Detail: 1. Density - 7.3 g/cm3 2. Manufacturing process - casting (most common) 3.Horseshoe shapes red painted 4. Saturation magnetizing field required - about 5kOe. Cast Alnico magnet is composed primarily of Aluminum, Nickel, Cobalt, Copper and Iron. It has very good corrosion resistance and high temperature operation. Although other magnetic materials offer greater energy and coercivity values,