Twin shafts paddle mixer
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Twin-shaft batch mixer
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Twin shaft batch mixer in food compliant stainless steel
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Quality control of a stainless steel batch mixer
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Stainless steel twin shafts batch mixer
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Stainless steel twin shafts batch mixer
CHARACTERISTICS
Laws of gravity challenged
Lack of segregation due to a wide range of bulk densities, of particle sizes or shapes.
Accurate mixing
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Minor components without premixing : 10 ppm,
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No overheating,
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Variation coefficient value less than 3% with powders according to applications.
Wide opening side inspection doors
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Quick inner inspection,
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Quick eventual cleaning.
All kinds of steel finishing
Internal finishing
- Stainless steel : all types of grains polishing, electropolishing, seamless welding
- Mild steel : 1 protective coating layer, high wear resistance coating on option.
External finishing :
- Stainless steel : fine glassbeatshot, protecting coating layer on steel plates
- Mild steel : primary coating layer, final coating layers
Video
The mixing
A shorter mixing time
Depending on applications, mixing time is from 10 seconds up to 1 minute to achieve a stabilized mix involving dry material.
Flexible unit batch size
Loading rate from 30% up to 140% of the nominal capacity according to applications without changing operating parameters.
Shearing and dispersal tulip knives
According to applications, possible addition of active shearing and cutting devices even with a 30% loading rate efficiency.
Fluidization and particles movement areas
Direction of rotating shafts :
- The different particles are moved up into the central area of interpenetrating paddles by synchronized rotors.
Area A : Mechanical fluidization area :
- Area for interpenetration of paddles moving downward. Area A is the actual mixing area.
Area B : Circular movement of particles :
- Zone where particles have a circular and planetary movement and move simultaneously with complex movements in area A.
Documentation