Red Edition Buckyballs

This is an amazing intellectual toy. It can stimulate and exercise your
Right & Left brain, compared to other toys. You can use it design /
build anything which you can think with these magnetic sphere, like 2-D or 3-D objects and superstructures.

Buy your Bucky balls and Neocube Online. Free Shipping from
SupraMagnets.com. The Original Buckyballs and New edition colorful Neocube.

Magnetic Materials Solution

Magpole Technology is able to provide many kinds of magnets. Our main magnetic materials products range includes sintered NdFeB, ferrite magnets, AlNiCo, sintered SmCO. We specialise in special-shaped and micro magnet of NdFeB, Ferrite, SmCo and AlNiCo from olive-shape to mm scale micro magnet.

Special shape magnet Cast AlNiCo Magnets
Sintered Ferrite Magnets micro smco magnets

Hook Pot Magnets

Pot Magnets (Mounting Magnets) are often used as tools for various activities in workshops and in industry. They can be used for holding workpieces whilst welding, cutting, milling or drilling etc. Because of the lack of moving parts and the robust construction of pot magnets, the life is unlimited and no maintenance is required. Just keeping the pole surface clean guarantee reliable operation and a long life.

How to choose a pot magnet?
The basic principle of the holding or pot magnet is to direct and concentrate the flux from both magnetic poles to one active face. This is usually achieved with steel pole pieces or a steel-backing cup.

The standard selection can be broken down into three material types and there is a great variety of systems available. The following data should act as a simple guide:

1) Rare Earth Samarium & Neodymium, pots and assemblies can offer up to eleven times the performance of a Ferrite system in a comparable size. Applications tend to be specialized engineering projects where performance and available space are key factors. Maximum operating temperatures are +60°C for the Neodymium and +150°C – +250°C for the Samarium depending on the design configuration.

2) Sintered Ferrite, this material offers a good performance from an inexpensive magnet, however, they tend to be bulky and are not always suitable where space is an important factor. The steel parts are plated & the Ferrite is inert thus corrosion is limited. Maximum operating temperature is +120 °C.

3) Cast AlNiCo, offers a better holding force than Ferrite systems and is the only pot magnet that can be heated to extreme temperatures. However, the high cost of the Cobalt content in the cast magnet makes the price prohibitive unless the application requires temperatures over +120°C up to a maximum of +500°C.

When considering your selection, please be aware of the following factors: The stated Kg Pull (holding/gripping force) is based on the magnets retaining force against a direct pull when offered to a clean ground mild steel surface with a minimum thickness of 8mm. Painted or un-ground surfaces will reduce this force, assemblies working in shear will support approximately 1/3 of the stated value.

Eye Screw Pot Magnets

Pot Magnets (Mounting Magnets) are often used as tools for various activities in workshops and in industry. They can be used for holding workpieces whilst welding, cutting, milling or drilling etc. Because of the lack of moving parts and the robust construction of pot magnets, the life is unlimited and no maintenance is required. Just keeping the pole surface clean guarantee reliable operation and a long life.

How to choose a pot magnet?
The basic principle of the holding or pot magnet is to direct and concentrate the flux from both magnetic poles to one active face. This is usually achieved with steel pole pieces or a steel-backing cup.

The standard selection can be broken down into three material types and there is a great variety of systems available. The following data should act as a simple guide:

1) Rare Earth Samarium & Neodymium, pots and assemblies can offer up to eleven times the performance of a Ferrite system in a comparable size. Applications tend to be specialized engineering projects where performance and available space are key factors. Maximum operating temperatures are +60°C for the Neodymium and +150°C – +250°C for the Samarium depending on the design configuration.

2) Sintered Ferrite, this material offers a good performance from an inexpensive magnet, however, they tend to be bulky and are not always suitable where space is an important factor. The steel parts are plated & the Ferrite is inert thus corrosion is limited. Maximum operating temperature is +120 °C.

3) Cast AlNiCo, offers a better holding force than Ferrite systems and is the only pot magnet that can be heated to extreme temperatures. However, the high cost of the Cobalt content in the cast magnet makes the price prohibitive unless the application requires temperatures over +120°C up to a maximum of +500°C.

When considering your selection, please be aware of the following factors: The stated Kg Pull (holding/gripping force) is based on the magnets retaining force against a direct pull when offered to a clean ground mild steel surface with a minimum thickness of 8mm. Painted or un-ground surfaces will reduce this force, assemblies working in shear will support approximately 1/3 of the stated value.

Standart Shape NdFeB Magnets

Product Information

  • Produced by the powder metallurgical method with chemical composition of Nd2Fe14B
  • Very brittle and hard
  • Poorest corrosion resistance of all commercial magnetic material
  • High resistance to magnetic demagnetization
  • Excellent cost to performance ratio
  • Reasonable temperature stability
  • Not suitable for application which exposed to high temperatures

Radially Aligned Sintered NdFeB Magnets

This new technology for the production of sintered NdFeB, improves the magnetic flux generated by single “ segment” or “ skew “ magnets, better efficiency performances on the engine.

The advantages of radial sintered magnets are significant:

  • Rings measure up to 120mm in diameter.
  • Radial sintering assures no “weak spots”.
  • Magnets are multi-poled – ring does not compromise the magnetic properties.
  • Magnetizing radially makes for a super strong magnet.

APPLICATIONS:

  • Brushless Motors  /  Pancake Motors  /   DC PM Motors   / Step  Motors
  • Magnetic Closing Systems
  • Magnetic Systems  for relé
  • Machines and  Accesory  for industry
  • Magnetic Tools
  • Magnetic Separators