solids Discharging devices
The discharging of bulk solids from silos or containers requires improving the product's flow characteristics.
Many bulk solids do not discharge freely through the generally feasible, expedient filling/discharge cross sections.
Flow is achieved by the application of force to loosen up settled grains/particles/fibres.
Depending on product characteristics, operating conditions and the type of task, vibration, fluidisation / ventilation, or mechanical agitation / mechanical tumbling is selected as a suitable method for discharging.
The solids discharging devices are offered in the 4 Designlines solids Basic, solids Clean, solids Hygienic, solids Heavy.
Vibration Bin Discharger "ExtraVib" Type EVK
Discharge out of silos with mass flow avoids clearance volumes and segregation, permits high loads.
Vibration Bin Discharger "ExtraVib" Type EVK
Vibration bin discharger for hygroscopic bulk solids
Datasheet Vibration Bin Discharger EVK-Basic
Datasheet Vibration Bin Discharger EVK-Clean
Vibration Bin Discharger "ExtraVib" Type EVK-Hygienic
Using mass flow for silo discharge under hygienic conditions, avoids dead zones and particle segregation, permits high loads, Hygienic Design acc. EHEDG-Guidelines
Vibration Cone Type EVS
In addition to a smooth discharge from containers or silos, our vibratory hoppers also provide high metering consistency by optimally filling the metering device.
Datasheet Vibration Cone EVS-Basic
Aeration Bottoms Type FLC
Discharge and homogenising of fluidizable powders and dusts, gentle treatment of the discharged material.
Aeration Panel Type ADS/Aeration Pad Type ADF/Aeration Stick Type FLS
Selective aeration, flexible installable at the necessary points, part-fluidization in the silo cone.
Aeration Panel Type ADS/Aeration Pad Type ADF/Aeration Stick Type FLS
Datasheet Aeration Channel ADS-Basic
Datasheet Aeration Channel ADS-Clean
Agitator Type BAR
Homogenising and discharge, better dosing accuracy, optimal adaption of the agitator geometry to the product characteristics.
