PML (Planetary MixerMixer
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials., low speed) and PMH (Planetary MixerMixer
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials., high speed) planetary mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. and kneading machines operate according to the planetary system. They are used for thixotropicthixotropic
Fluids, the viscosity of which decreases over time with constant shearing stress, are thixotropic or show thixotropic flow behavior. and high-viscosityhigh-viscosity
Viscosity is a term for the resistance of fluids. products.

Temperature-sensitive products can be mixed gently with this system. Even powdered and very light components can be dispersed quickly in liquids, achieving an optimum fineness and distribution. To empty the mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. vessels NETZSCH supplies Container Press Outs.

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Typical applications for the PMH / PML Planetary MixingMixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. and Kneading Machine

PML

• Adhesives
• 1-K silicone pastes
• Sealing compounds
• Synthetic lubricants
• Varnish and paint concentrates
• Fillers and synthetic plasters
• ...

PMH

• 2-K high-quality silicone pastes
• PVC pastes (moldings, sealants...)
• Dental compounds
• Natural and synthetic rubber pastes
• Pigments that are hard to disperse in highly-viscous products

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• The NETZSCH PMH / PML mixingmixing
  This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. and kneading machines operate according to the planetary system
• The mixingmixing
  This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. elements rotate on a central axis in a fixed tank, with each element simultaneously rotating on its own axis as well
• The double rotary motion of the mixingmixing
  This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. elements covers the entire mixingmixing
  This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. zone and guarantees optimal dispersiondispersion
  Dispersions are heterogeneous mixtures of at least two barely soluble or coalescing substances.
• The revolving wall/floor scrapers support the mixingmixing
  This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials./kneading process while also providing for good heat transfer to the tank wall
• Processing of products with very high viscosities
• Homogeneous mixingmixing
  This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. of a wide variety of components
• Extremely short mixingmixing
  This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. times for very high-quality results
• Product-specific 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. elements
• Easy-to-clean design
• Direct measurement of product temperature via rotating thermosensor
• Variable speed and independent dispersiondispersion
  Dispersions are heterogeneous mixtures of at least two barely soluble or coalescing substances. drive
• Vacuum-tight and explosion proof models
• From laboratory-scale to large production-scale machines
• Easily exchangeable mixingmixing
  This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. tools

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