NiCuNi-coated cylinder

BEC’s product portfolio is growing in line with customer requirements and technological progress.

Therefore we are able to find a suitable solution for almost every application as well as the optimum material and to respond to almost every customer request.

Over the years, our team of technicians has visited many supplier plants. From this pool, however, only a few manufacturing plants have passed the qualification process and meet BEC’s high quality standards. To ensure that this remains so in the future, we check the ongoing production in BEC’s own laboratory at regular intervals and ensure that the material composition as well as the specifications are adhered to in series production.

In consultation with the customer, changes to the current series are also possible if rapid action is required due to changed requirements or market situations. Thus, in times of rising raw material prices, a traditionally produced material can be replaced by a modern one that makes do with significantly lower proportions of heavy rare earths but is subject to a different production process.

Other parameters such as geometry, tolerances, etc. can also be changed during the ongoing process in coordination with the plant.

Sampling started parallel to series production quickly provides information as to whether the change made has achieved the desired positive effect or whether further adjustments are necessary.

We would be pleased to advise you on all questions concerning the magnet and its application!

Sintered permanent magnets (NdFeB)

Sintered Permanent magnets AlNiCo

AlNiCo magnets are among the oldest permanent magnetic materials still in use today. Main alloying components are Aluminum, Nickel, Cobalt and Iron, as well as additives like Cupper, Niobium and Titan. Depending on the production process the properties...

Sintered, metallic permanent magnet material (NdFeB)

NdFeB permanent magnets are produced based on rare earths elements (REE). In addition to neodymium, praseodymium, dysprosium and terbium are also used to achieve the special magnetic properties. Due to the special physical properties of rare earth...

Sintered permanent magnetic material SmCo

Sintered samarium-cobalt (SmCo) permanent magnet materials were developed in the 1970s based on rare earth (SE) and 3d transition metal alloys. We distinguish between two types of samarium-cobalt materials, SmCo5 and Sm2Co17. Advantages of SmCo...

Hard ferrites

Hard ferrites

Hard ferrites are ceramic permanent magnets based on the (chemical) compounds BaFe12O19 oder SrFe12O19. On a quantity basis they are the most produced permanent magnets world-wide by now. The main advantages are low costs of material, high chemical...

Plastic Bonded versions

Plastic Bonded Ferrites

Plastic-bonded ferrites are composite materials of hard-ferrite powder, which is embedded in a thermoplastic polymer matrix. Similar to plastic bonded NdFeB magnets these kinds of magnets offer diverse possibilities for moulding. This material...

Plastic bonded NdFeB

Plastic bonded NdFeB magnets are produced from quickly set NdFeB powder together and from thermoplastic plastics. The isotropic and quickly set NdFeB powder is produced according to a process developed by the company Magnequench (MQ1). The magnetic...

Sliced Magnets

Sliced Magnets

Rare earth permanent magnets are metallic permanent magnets. In certain applications the eddy currents in combination with high degaussing fields can cause irreversible losses of a permanent magnet. One option for preventing this is to partition...

Magnetic Systems

Magnetic Systems

Generally a magnet system is a customer-specific processing of a permanent magnet with other metallic or non-metallic components. Their realization requires the highest level of experience in the field of adhesive technology, CNC machining coating,...