工业机械，零件及原材料

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工业机械，零件及原材料供应商和制造商

Industrial Machinery, Parts & Raw Materials

美富国际(实业)有限公司

NdFeB magnet white PTFE (Teflon) coating.The Teflon coating with option of white, grey white, black and grey. Sintered neodymium (NdFeB) magnet.Available from N30 to N54, N30H to N40H, N30SH, N35SH and so on.Durable metallic structure.Superior magnetic property.Versatile and practical.Suitable for application for high performance, miniaturization and less energy consumption.Also suitable for stationery and toy use.Widely used in aerospace, aircrafts, automobiles, electronics and so on.Available in various shapes.

NdFeB Magnet with Teflon Coating

NdFeB (Neodymium-Iron-Boron) magnet is used most popular by people in the industry and our daily life, because it has superior magnetic properties than other kinds of magnetsThe outstanding characteristics are as follows Higher unit magnetic properties than other magnet and assure you of smaller size and lighter weight in designing devicesBeing mostly an iron-based alloy, NdFeB type rare earth magnet is much more prone to surface oxidation or rust. To eliminate such a problem, the user should consider magnet coating, plating, or suitable surface treatmentBeing less prone to chipping during handingLower temperature coefficient of magnetic properties than ceramic but higher than SmCo type rare earth magnetTherefore, this NdFeB type rare earth magnet will suffer irreversible loss at high temperatureThe permanent magnets, which are called the next centurial magnets, are used in a wide range of industries including computers, automobiles, electric machinery, electro-sound devices, automatic control, magnetic force mechanism, microwave communication, petrochemical industry, medical apparatus, and equipment.The magnets are the ideal materials for the subminiature magnetic devices with high function.NdFeB magnets is especially suitable for developing those new products demanding high quality, small volume and light weight.

NdFeB Magnet

 	 In shape of round, rectangular or regular magnet shape. 	 Magnets are suitable for use in instrument, meter, micro-motor, etc. 	 They can also be used in electro-acoustic device, microwave device and magnetic drive unit. 	 Different shapes, sizes and colors are available.  

Magnet

 	 Plastic and rubber magnets are made of bonded ferrite magnet powder and other materials. 	 Anisotropic and isotropic rubber magnet available. 	 Thickness of rubber magnet is available in maximum 0.15mm. 	 Width of rubber magnet is available in maximum 800 mm. 	 Solid colored surface. 	 Soft and flexible texture. 	 Strong magnetism. 	 Rubber magnets are available in different shapes such as strip, coil, sheet, and other shapes. 	 Widely used in micro-motor, fridge, disinfecting cupboard, toy, stationery, print and so on. 	 Various colors are available.  

Rubber Magnet

 	 Ferrite(Ceramic) Magnet is manufactured from oxide materials using powder metallurgical process. Ceramic magnet is most widely used because of its low cost, high-energy, good electric insulation and excellent resistance to demagnetization. 	 The most common type of ceramic magnets are anisotropic strontium, anisotropic barium and isotropic barium magnet. 	 Ferrite (Ceramic) Magnets are essentially composed of oxide materials with Barium Carbonate or Strontium Carbonate, manufactured under a powder metallurgical process. 	 The feature of low recoil permeability, along with the high coercive force, makes them highly resistant to demagnetizing fields. In addition, their relatively low specific density and economical cost are also very attractive to the magnet designers. 	 When designing the ferrite magnets for a particular application, primary consideration should be given to its shape limitation due to the powder metallurgical manufacturing process and the temperature dependence of ferrite materials. 	 Ferrite Magnets has good anti-corrosion performance, no surface treatment needed. There are two manufacturing process for ferrite magnets: 	 Dry Process &amp; Wet Process. By dry process, can produce isotropic &amp; anisotropic magnets; by wet process, only anisotropic magnets can be produced. Isotropic ferrite magnets are not oriented and can be magnetized in any direction; anisotropic ferrite magnets are different, they are all oriented in the manufacturing direction, and should be magnetized in the direction of orientation. 	 For dry process, the tool can be changed and developed easily, while for wet process, it is complicated to change the tool and the tooling charge is much higher. 	 At present, we have put our emphasis on arc segment magnets for electric motors, disc magnets and block magnets for special applications.  

Ferrite Magnet

 	 Artificial rubber mixed with iron powder. 	 No magnetism. 	 Can be attracted by magnets. 	 Good for sealing the magnetism of magnets. 	 Rectangular shaped sheets. 	 Solid colored surface. 	 Soft and flexible structure. 	 Can be used for magnetic dart boards or any other toys and stationery.  

Iron Rubber Sheet

Ferrite (Ceramic) Magnet is manufactured from oxide materials using powder metallurgical process. Ceramic magnet is most widely used because of its low cost, high-energy, good electric insulation and excellent resistance to demagnetization.
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The most common type of ceramic magnets are anisotropic strontium, anisotropic barium and isotropic barium magnet.
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Ferrite (Ceramic) Magnets are essentially composed of oxide materials with Barium Carbonate or Strontium Carbonate, manufactured under a powder metallurgical process.
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The feature of low recoil permeability, along with the high coercive force, makes them highly resistant to demagnetizing fields. In addition, their relatively low specific density and economical cost are also very attractive to the magnet designers.
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When designing the ferrite magnets for a particular application, primary consideration should be given to its shape limitation due to the powder metallurgical manufacturing process and the temperature dependence of ferrite materials.
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Ferrite Magnets has good anti-corrosion performance, no surface treatment needed. There are two manufacturing process for ferrite magnets:
Dry Process &amp; Wet Process. By dry process, can produce isotropic &amp; anisotropic magnets; by wet process, only anisotropic magnets can be produced. Isotropic ferrite magnets are not oriented and can be magnetized in any direction; anisotropic ferrite magnets are different, they are all oriented in the manufacturing direction, and should be magnetized in the direction of orientation.
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For dry process, the tool can be changed and developed easily, while for wet process, it is complicated to change the tool and the tooling charge is much higher.
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At present, we have put our emphasis on arc segment magnets for electric motors, disc magnets and block magnets for special applications.

 	 Ferrite (Ceramic) Magnet is manufactured from oxide materials using powder metallurgical process. Ceramic magnet is most widely used because of its low cost, high-energy, good electric insulation and excellent resistance to demagnetization. 	 The most common type of ceramic magnets are anisotropic strontium, anisotropic barium and isotropic barium magnet. 	 Ferrite (Ceramic) Magnets are essentially composed of oxide materials with Barium Carbonate or Strontium Carbonate, manufactured under a powder metallurgical process. 	 The feature of low recoil permeability, along with the high coercive force, makes them highly resistant to demagnetizing fields. In addition, their relatively low specific density and economical cost are also very attractive to the magnet designers. 	 When designing the ferrite magnets for a particular application, primary consideration should be given to its shape limitation due to the powder metallurgical manufacturing process and the temperature dependence of ferrite materials. 	 Ferrite Magnets has good anti-corrosion performance, no surface treatment needed. There are two manufacturing process for ferrite magnets: 	 Dry Process &amp; Wet Process. By dry process, can produce isotropic &amp; anisotropic magnets; by wet process, only anisotropic magnets can be produced. Isotropic ferrite magnets are not oriented and can be magnetized in any direction; anisotropic ferrite magnets are different, they are all oriented in the manufacturing direction, and should be magnetized in the direction of orientation. 	 For dry process, the tool can be changed and developed easily, while for wet process, it is complicated to change the tool and the tooling charge is much higher. 	 At present, we have put our emphasis on arc segment magnets for electric motors, disc magnets and block magnets for special applications.  

 SmCo magnets  	 Samarium Cobalt holds its standard property in higher maximum temperatures than neodymium, although its maximum strength is less. The cost of SmCo material is the most expensive, so SmCo is recommended only when its performance is a high-temperature environment is a concern.   Characteristics &amp; application of SmCo permanent magnet : 	 SmCo permanent magnet has a high magnetic energy product and high coercive force. Its properties are better than Alnico, ferrite permanent magnet. Its max. the energy product is up to 239kJ/m3(30MGOe), which is three times of that of Alnico8 permanent magnet, eight times of that of ferrite permanent magnet (Y40). 	 So the permanent magnetic component made from SmCo material is small, light and stable in the property. 	 It is widely applied to electro acoustic&amp; telecommunication apparatus, electric motors, measure meters, peg-top, electronic watch, microwave apparatus, magnetic mechanism, sensor and other static or dynamic magnetic routes. 	 The curie temp. of the SmCo permanent magnet is high and its temp. Coeff. is low. So it is suitable for use at 300, high temp. 	 SmCo permanent magnet is heard and bristle. Its rigidity strength, tensile strength and press strength are low. So it is not suitable for the framework. The main ingredient of SmCo permanent magnet is metal cobalt(Co&ge;Y99.95%). So its price is high.  

Sm-Co Magnet

NdFeB with espoxy treatment. Sintered neodymium (NdFeB) magnet.Available from N30 to N54, N30H to N40H, N30SH, N35SH and so on.Durable metallic structure.Superior magnetic property.Versatile and practical.Suitable for application for high performance, miniaturization and less energy consumption.Also suitable for stationery and toy use.Widely used in aerospace, aircrafts, automobiles, electronics and so on.Available in various shapes.

Disc NdFeB Magnet with Epoxy Coating

Sintered neodymium (NdFeB) magnet.Available from N30 to N54, N30H to N40H, N30SH, N35SH and so on.Durable metallic structure.Superior magnetic property.Versatile and practical.Suitable for application for high performance, miniaturization and less energy consumption.Also suitable for stationery and toy use.Widely used in aerospace, aircrafts, automobiles, electronics and so on.Available in various shapes.

NdFeB Bar Magnet

Disc NdFeB Magnet

Rotary magnet is used for latching relay, composes of armature and anisotropic Ferrite magnet. 

Rotary Magnet

Anisotropic ferrite magnet, isotropic ferrite magnet and cutting ferrite magnet are availableBonded ferrite magnet and bonded ferrite magnet are also availableThe raw material of sintered ferrite magnet is oxide, so ferrite magnets will not rustedThe isotropic ferrite magnets can be magnetized in many different directions or in multi-polesThe anisotropic ferrite magnets have better magnetic performance compare with isotropicThe anisotropic ferrite magnets can only be magnetized along a certain directionThe ferrite magnets are suitable used in instrument, meter, electro-acoustic device and micro motorThe ferrite magnets are also suitable for duplicating machine, following machine and stationery use

Ferrite Ring Magnet

Square NdFeB Countersunk Hole Magnet

SmCo magnetsSamarium Cobalt holds its standard property in higher maximum temperatures than neodymium, although its maximum strength is less. The cost of SmCo material is the most expensive, so SmCo is recommended only when its performance is a high-temperature environment is a concern.Characteristics &amp; Application of SmCo Permanent Magnet:SmCo permanent magnet has high magnetic energy product and high coercive force. Its properties are better than Alnico, ferrite permanent magnet. Its max. energy product is up to 239kJ/m3 (30MGOe), which is three times of that of Alnico8 permanent magnet, eight times of that of ferrite permanent magnet (Y40). So the permanent magnetic component made from SmCo material is small, light and stable in property. It is widely applied to electro acoustic&amp; telecommunication apparatus, electric motors, measure meters, peg-top, electronic watch, microwave apparatus, magnetic mechanism, sensor and other static or dynamic magnetic routes.The curie temp. of the SmCo permanent magnet is high and its temperature coefficient is low. So it is suitable for use at 300, high temp.SmCo permanent magnet is hear and bristle. Its rigidity strength, tensile strength and press strength are low. So it is not suitable for framework. The main ingredient of SmCo permanent magnet is metal cobalt (Co≥Y99.95%). So its price is high.

NdFeB Bar Magnet with Epoxy Coating

NdFeB Ring Magnet

 	 Anisotropic ferrite magnet, isotropic ferrite magnet and cutting ferrite magnet are available 	 Bonded ferrite magnet and bonded ferrite magnet are also available 	 The raw material of sintered ferrite magnet is oxide, so ferrite magnets will not rusted 	 The isotropic ferrite magnets can be magnetized in many different directions or in multi-poles 	 The anisotropic ferrite magnets have better magnetic performance compare with isotropic 	 The anisotropic ferrite magnets can only be magnetized along a certain direction 	 The ferrite magnets are suitable used in instrument, meter, electro-acoustic device and micro motor 	 The ferrite magnets are also suitable for duplicating machine, following machine and stationery use  

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