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KEBABLEND / M FE 151101 PA12 (Development product*)

KEBABLEND / M FE 151101 is a development product based on PA12 for the production of injection molded magnets. Due to the high degree of filling with anisotropic rare earths, KEBABLEND /M FE 151101 enables the injection molding of very high-performance magnets.



KEBABLEND is a wide range of functional compounds, often tailor-made to customer requirements. Under the trade name KEBABLEND, we market magnetizable, thermally or electrically conductive compounds, high-density injection molding materials, compounds for radiation protection applications, detectable plastics and much more.

ISO designation

  • PA12-MED

Typical areas of application

  • Magnets for sensors
  • Pumps and motors

Industry sectors

  • Automotive
  • Electrical and electronics industry
  • Household appliances
  • Mechanical Engineering
  • Sanitary industry


  • dimensionally stable
  • magnetizable
  • semi-crystalline

Overview of product features

Magnetic properties

Remanence (Br) in mT
DIN EN 60404-5
Coercivity (jHc) in kA/m
DIN EN 60404-5
max. energy product (BH max) in kJ/m³
DIN EN 60404-5

Mechanical properties

Breaking stress in MPa
ISO 527-1

Physical properties

Density in kg/m³
ISO 1183

Rheological properties

Melt flow rate MFR (test condition)
270°C / 5,0kg
Melt flow rate MFR
ISO 1133

Thermal properties

Melting temperature (DSC, 10°C/min) in °C
ISO 11357-1/-3


Dryer type: dry air dryer
Temperature: 80°C
Drying time: 4-8 h

Recommended basic settings:

Melt temperature: 260 – 280°C
Mold temperature: 60 – 80 °C
Injection speed: medium – high
Back pressure: 40 – 80bar (spec.)

Machine selection:

Screw: special injection units for magnetic compounds; low compression screws with non-return valve
Nozzle: Open nozzle
Wear protection: Wear and corrosion protected according to machine manufacturer’s recommendation suitable for processing magnetic compounds
Injection unit: Shot volume = 50-80% of maximum metering volume

Further important processing information:

The residence time of the melt in the screw antechamber should be kept as short as possible. If this is not observed, segregation can occur due to the large difference in density between the filler and the substrate if the downtimes are too high. The ideal here is metering time = cooling time. A medium back pressure leads to optimum homogenization. Due to the high filler content, the spraying equipment must be equipped with wear and corrosion protection.

Legal notice

The information in this data sheet is based on our current knowledge and experience. Due to the wide range of possible influences during processing and application of our products, they do not exempt the processor from carrying out his own tests and trials. A legally binding assurance of certain properties or suitability for a specific application cannot be derived from our information.

* FE products are development products which are still in the trial phase. Technical data may still change in the course of product and process development. No final decision has yet been made on the commercialization of FE products. We reserve the right to discontinue the manufacture of FE products without giving further reasons.


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