MHXT
Buhler
Scourer
MHXT
Buhler
2021
China
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Application.
The machine is primarily designed for applications in the first and second cleaning section for the surface treat ment of wheat, durum and rye:
– for removing impurities and adhering contamination (dust, sand, earth lumps, small seeds, etc.),
– for improving product sanitation by reducing the microbe count (bacteria) and the insect and insect fragment count (filth count).
As a general rule, the horizontal scourer is equipped with an aspiration channel MVSG or an air-recycling aspirator MVSQ at its discharge.They efficiently remove detached hull particles or surface contamination from the grain.
Additional applications.
With the appropriate rotor and screen jacket designs, the scourer is also successfully being applied for intensive durum scouring and oats processing.
High throughput - little need for space.
Thanks to its compact design, the machine can be optimally integrated into existing systems. Reaching up to 30 t/h the MHXS offers an excellent scouring effect even at high throughputs
Application.
The machine is primarily designed for applications in the first and second cleaning section for the surface treat ment of wheat, durum and rye:
– for removing impurities and adhering contamination (dust, sand, earth lumps, small seeds, etc.),
– for improving product sanitation by reducing the microbe count (bacteria) and the insect and insect fragment count (filth count).
As a general rule, the horizontal scourer is equipped with an aspiration channel MVSG or an air-recycling aspirator MVSQ at its discharge.They efficiently remove detached hull particles or surface contamination from the grain.
Additional applications.
With the appropriate rotor and screen jacket designs, the scourer is also successfully being applied for intensive durum scouring and oats processing.
High throughput - little need for space.
Thanks to its compact design, the machine can be optimally integrated into existing systems. Reaching up to 30 t/h the MHXS offers an excellent scouring effect even at high throughputs