STEINERT BRP Flex
The STEINERT BRP Flex is a permanent magnetic pulley for easy integration into existing downstream systems – as a magnetic head pulley with an adjustable magnetic system.
The STEINERT BRP Flex is a permanent magnetic pulley for easy integration into existing downstream systems – as a magnetic head pulley with an adjustable magnetic system.
This magnetic head pulley separator is used to achieve high recovery rates of ferromagnetic materials. The pulley design includes a powerful permanent magnetic system with high-intensity neodymium magnets that ensures reliable separation even in demanding material streams. Depending on the application, the magnetic intensity can be adjusted precisely in order both to maximise the recovery of valuable ferrous fractions, and to influence the selectivity for materials with different degrees of magnetic attraction. The option of operating the system without magnetic effect creates additional flexibility in both operation and plant design.
Typical applications for the STEINERT BRP Flex include the recovery of ferrous metals from incinerator bottom ash, ASR, e-scrap and aluminium shredder fractions, as well as the separation of ferrous contaminants from refuse-derived fuels (RDF) and other waste material streams. The magnetic head pulley is suitable wherever high Fe recovery is required together with flexibility in process control.
Thanks to its simple retrofit capability, robust weather-resistant design, and the absence of sensors and electromagnets, you benefit from high operational reliability combined with low operating costs. The STEINERT BRP Flex is available in working widths from 50 to 200 cm and can therefore be integrated into a wide range of plants.
Your benefits:
- High recovery of ferrous metals even in demanding material streams
- Flexible adjustable magnetic field for optimum adaptation to the respective sorting task
- Simple integration into existing conveyor systems
- Wide range of applications: incinerator bottom ash, ASR, e-scrap, aluminium shredder fractions and more
- High operational reliability thanks to robust, proven technology