Products

 
Total Program

 

Survey

 

Feeder Surveys

 

Loss-in-weight feeders

Gravimetric feeders

Volumetric feeders

Screw feeders

Food grade feeders

 

Feeder Info

 

FlexWall®Plus

FlexWall®Plus
"Easy Change"

FlexWall®Food

FlexWall®Classic

Single screw
stirring feeders

Food grade
single screw
stirring feeders

Twin screw
stirring feeders

Laboratory feeders

Vibrating tray feeders

Food grade
vibrating tray feeders

DualTray feeders

Weigh-belt feeders

Food grade
weigh-belt feeders

SiloTray feeders

Liquid feeders

 

Digital Load Cell

 

DigiMASS-2

 

Accessories

 

Slide valves

JetFilters






        

 

Products Total program Metering feeders FlexWall®Food feeders

The Brabender FlexWall®Food Feeder

Brabender FlexWall®Plus feeder in hygienic design for the food industry




Brabender FlexWall®Food Feeder

Brabender FlexWall®Food Feeder


The Technology

FlexWall®Plus feeder in food grade design
due to a variety of optional features, e. g.

●  Food grade flexible PUR hopper

●  Paddles and paddle bearings
    made of stainless steel

●  Stainless steel motor cover

●  Directly flanged three-phase current motor
    without fan and without cooling ribs

●  Acid-resistant and food-proof motor painting

●  Base plate made of stainless steel

●  Junction boxes made of stainless steel

●  Stainless steel load cell

●  Downspout made of food grade PUR

●  Flexible sleeves made of food grade PUR

●  Extension hopper with directional grinding

●  Radial edges and corners

 
  Developed in close cooperation with leading food companies 

 

International data sheet download (PDF). For North America see North America

Feeders

Max. theoretical feed rate (dm³/hr)*

Volumetric
feeders
(without scales)

Loss-in-weight
feeders
(with scales)

Spiral
screw

Blade
screw

Granule
screw

Fiber
screw

Twin
concave
screw 

FW40Plus 

DDW-MD5-FW40-50 

1075

787

798

648

192 

FW80Plus

DDW-MD6-FW80-200 

7613

7095

6159

3861

1656 

* The max. feed rates are theoretical values referring to a filling level and a motor speed of 100% each. Depending on the flow characteristics the screw filling level may decrease down to 50%, particularly if poorly flowing ingredients are metered. In case of gravimetric versions (loss-in-weight feeders) further feed rate reductions have to be taken into account because a part of the upper motor speed range is required to balance bulk density variations. To identify the optimum feeder for your specific ingredient
and feed rate we recommend to make use of our automatic feeder selection program "FeederScout".

 
This way to the automatic feeder selection program:   FeederScout

Home

  About Us

  Products

  FeederScout