The PMD and PMD-VC intensive mixers are stationary mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. and dispersingdispersing
Wetting, separation and stabilization of primary particles. units for processing large batches.

Separation of the mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. and dispersingdispersing
Wetting, separation and stabilization of primary particles. operations provides for an extremely energy-efficient process that is especially useful for batches over 2000 l.

The compact enclosed design of the intensive mixermixer
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. allows for integration into fully-automatic plants and prevents contamination from gases and dust.

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Typical applications for the PMD / PMD-VC Intensive Mixers

• Paints
• Printing inks
• Pigments
• Dyes
• Sealing compounds
• Adhesives
• Plastisols
• Chemicals
• Fillers
• Binders
• Magnetic coatings
• Candy and foods
• Pharmaceuticals
• Cosmetics
• ...

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• The PMD / PMD-VC intensive mixermixer
  This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. is equipped with a height-adjustable high-speed dispersiondispersion
  Dispersions are heterogeneous mixtures of at least two barely soluble or coalescing substances. disk and a low-speed tank floor/wall scraper
• Optimal mixingmixing
  This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. and dispersingdispersing
  Wetting, separation and stabilization of primary particles. efficiency through separation of the two operations
• The scraper arms support the process in that they intensively move the product into the operational zone of the dispersiondispersion
  Dispersions are heterogeneous mixtures of at least two barely soluble or coalescing substances. disk
• In addition, the optimal design of the scraper ensures both very rapid product discharge and complete emptying of the tank, as well as good heat exchange via the tank wall
• The product is dispersed, wetted and homogenized by the shearing forces created by the dispersiondispersion
  Dispersions are heterogeneous mixtures of at least two barely soluble or coalescing substances. disk.
• Solids are dosed either from above with the ADS (Automatic Dosing System) or below the surface of the liquid with the VDS (Vacuum Dosing System)
• Both charging systems allow for optimal agglomerate-freeagglomerate-free
  Clusters (accumulations) of aggregate and/or primary particles in a relatively loose, inconsistent compound. dispersiondispersion
  Dispersions are heterogeneous mixtures of at least two barely soluble or coalescing substances., defined dosing of solids and automatic adjustment of the position of the dispersiondispersion
  Dispersions are heterogeneous mixtures of at least two barely soluble or coalescing substances. disk
• Excellent product discharge and complete emptying of the tank by means of wall and floor scrapers
• Various tank geometries allow partial batch processing
• Emission-free operation due to enclosed design

Options

• Vacuum design
• Automatic charging systems for solids and liquids
• Sub-surface charging system for vacuum operation
• Fully-automatic cleaning systems (CIP)
• Feeding of solids via: bag feeding station – Big Bag – silo units
• Integration into fully-automatic systems possible

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