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HANNOVER MESSE 2018, 23 - 27 April
Homepage>Exhibitors & Products >High Temperatur Superconductor YBCO

High Temperatur Superconductor YBCO

magnet 4.0

Magnetworld

Exhibitor details
Logo High Temperatur Superconductor YBCO

Exhibition stand
Topic: permanent magnets, magnetsystems, magnetmeasurement devices

Hall 14, Stand L20

Contact(s)
Mr. Dipl.-Ing. (FH) Bernd Sandner
technical sales
Send E-mail
Fax: +49 3641 3106 555
Mr. Dr. Minzhi Wu
Managing Director
Send E-mail
Fax: +49 3641 3106 555
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Product description

High temperature superconductor (ceramic superconductors) are among the currently strongest permanent magnets and have relatively "high" transition temperatures. The material yttrium-barium-copper-oxide (YBaCuO) allows for applications particularly high remanence (=trapped magnetic field).

In comparison to metallic superconductors are ceramic materials at minus temperatures superconducting (under -140 °C, 133 K). A superconducting at room temperature (20 ° C, 293 K) at present seems impossible.

Together with our partners we have formed research groups to analyze new information and to drive innovative developments on this very interesting topic ahead.

Product website

All products offered by this exhibitor

Hallbach magnets

please contact our staff on our booth.read more

Hybrid magnets

plastic bonded hybrid magnets combine the advantages of price and magnetic properties.read more

Magnetic separators

With the help of our separation systems of ferromagnetic materials you can deposited e.g. iron particles from liquids and collect them concentrated. - Magnet bars - Magnet bars in holding frame - Magnet bars with protection tube systemread more

Fixing Magnets

Magnetic systems are particularly well-suited as a removable attachment points back of iron metallic constructions use in industrial plants. Holding forces of up to several hundred kilograms are usable. The supply of pot magnet with screw thread (inside and outside) and drilling is possible. Thus, in ...read more

Magnetic Lifting System

The new battery operated magnetic lifting systems can move loads of 2,500, 350 and 5,000 kg. Activation by remote control makes the work even easier.read more

Magnets with pol housing

Magnets with pol housingread more

Magnetic-Linear-Systems

Magnetschiene für Linearantriebread more

SMC

Replacement for laminated coresread more

HAMOD

visulazation of magnetic fieldread more

Measurement device: MagCheck

quickly measurement of magnetization error angleread more

Cast AlNiCo Magnets

The main raw materials for AlNiCo-magnets are iron, aluminum (ca. 9%), nickel (ca. 13%) and cobalt (ca. 24%). In addition, various other elements are added. Two different production techniques are used: the pouring technique and the sintering technique. The following steps are used: Raw material assembly ...read more

Sintered AlNiCo magnets

The main raw materials used for AlNiCo-magnets are iron, aluminum (ca. 9%), nickel (ca. 13%) and cobalt (ca. 24%). In addition, various other elements are added. One differentiates between two different manufacturing procedures: pouring or sintering. The following steps are used: Raw material assembly- ...read more

Sintered SmCo magnets

The main raw materials for SmCo-magnets are samarium (~25% - 35%), small quantities of chrome and copper, and the remainder being cobalt. SmCo-magnets are manufactured primarily using presses and sinters. The finished magnet is very hard and can be further processed only by using diamond tools or the ...read more

Plastic bonded NdFeB Magnets

Plastic-bonded NdFeB-magnets are formed into tools by means of compressing a mixture made of NdFeB-powder and synthetic resin. The economical spray-form method is used. The magnetic values of these spray-form magnets are lower, however, due to their reduced density level when compared to those magnets ...read more

Sintered NdFeB magnets

Sintered NdFeB magnets are a kind of rare RD magnets. Compared with conventional magnets e.g.: AlNiCo or hard ferrites, offer NdFeB magnets the tenfold power density. The excellent magnetic characteristics of sintered NdFeB magnets are based on the strong magnetic matrix phase Nd2Fe14B (tetragonal structure), ...read more

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