- Home
- Companies
- Neuson Hydrotec GmbH
- Products
- Neuson Hydrotec - Screening Technology
Neuson Hydrotec - Screening Technology
The patented, track-mounted MRP40300 unit enables screening of input material directly at the point of use. The screens work in 7 fractions, and can separate 4 grain sizes. 3 of the 4 grain sizes are equipped with magnetic separators. The FE lumps are cleanly separated from the residual slag. The recovered iron continues to be used in the steelmaking process, while the fractionated slag is recycled as a secondary raw material. In the heavy-duty version, the MRP can be used wherever robustness is a main criterion. The plant is able to process slag from steel production, recycle existing slag landfills, scrap, and metal recycling, and it can be used for hard rock and other demanding materials.
Flexibility by grain size
Efficiently screen input material on site for desired grain size and magnetic properties.
Flexibility by Use
Versatile in use: pre-sorter before or after Jaw Crusher ST01BB.
The most powerful screen
The MRP40300 track-mounted screening plant from Neuson Hydrotec effortlessly masters the challenges of slag, steel and ores. Thanks to its robust design and pioneering technology, it overcomes almost any material limits.
Efficient processes
The MRP system automates the screening and separation process, and significantly reduces labour intensity. The operator keeps an overview on the precise and efficient machine processes at any moment.
Minimise downtimes
Slag, steel and ores immediately push conventional screening plants to the limits of their performance. The Neuson Hydrotec screening plant was developed to permanently withstand precisely even extreme loads. The robust design prevents breakage of the toggle plate and significantly reduces unplanned downtime, which pays off directly in higher productivity.
Variable by screening material
While conventional systems can hardly be adapted to different materials, the MRP40300 offers variable settings and workflows for optimal separation results and maximum yield.