Magnetic plate separator for free fall applications
max. 30 t/h | MMUA
Bühler AG
Magnetic Separator MMUA.
The magnetic separator MMUA is employed in the cleaning of free-flowing bulk materials for the removal of metal particles such as nails, wire, screws etc. It is applied in the cleaing house or prior to milling in breweries, as well as in the processing of sugar.
High magnetizing force for the optimal separation of metal particles.
With the help of a retarding gate as curtain of stock, the material stream is distributed evenly over the entire width of the apparatus and flows over a permanent magnet with a high magnetizing force. This allows for optimal removal of all metal particles at high throughput capacities - e.g. 30 t/h for wheat or rye.
Efficient separation delivers a high level of product safety.
* The reliable separating effect of the magnetic separator MMUA guarantees the highest level of product and process safety - it eliminates metal particles from the material being processed.
* Another advantage resulting from superior separation: Potential machine wear during subsequent processing steps is significantly reduced.
The magnetic separator MMUA is employed in the cleaning of free-flowing bulk materials for the removal of metal particles such as nails, wire, screws etc. It is applied in the cleaing house or prior to milling in breweries, as well as in the processing of sugar.
High magnetizing force for the optimal separation of metal particles.
With the help of a retarding gate as curtain of stock, the material stream is distributed evenly over the entire width of the apparatus and flows over a permanent magnet with a high magnetizing force. This allows for optimal removal of all metal particles at high throughput capacities - e.g. 30 t/h for wheat or rye.
Efficient separation delivers a high level of product safety.
* The reliable separating effect of the magnetic separator MMUA guarantees the highest level of product and process safety - it eliminates metal particles from the material being processed.
* Another advantage resulting from superior separation: Potential machine wear during subsequent processing steps is significantly reduced.
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