Advantages compared to conventional stirrers

Complete and homogeneous mixing of all areas in the vessel

• No rotation of the mixture
• Buffles, which are needed with conventional stirrers are not required
• Easy cleaning of the vessel
• Absolutely no sedimentation on the bottom
• Complete vertical mixing - also for liquids with different specific weight
• No forming of a Vortex - no air induction by the rotating Vortex
• Mixing shaft runs inside a stator tube - no air induction
• Reduced mixing time caused by a continuous and uniform mixing effect
  when dissolving solids into a liquid
• No open rotor system for higher working safety
• Easily to be installed also into vessels with non-standard dimensions
• For high vessels also side-entry possible

Using a ystral Jetstream mixer offers

• Higher product quality
• Reduced production time
• Improved work safety
• Processing advantages

Installation of a ystral Jetstream Mixer

Mixer has to be placed out of centre to achieve best mixing effect

• Any form of vessel may be used - the mixing effect reaches any corner of the vessel
• Round bottom, conical bottom, inclined bottom and flat bottom
• Different positions of installation are possible

Standard assembly on top of the vessel

• On a welded flange
• On a traverse
• On a moveable stand

Side entry installation

• In case of an extremely height vessel, this position is an advantage
• No special construction of the stirring element
• No additional supports for mixer shaft
• No foot bearing required

Bottom entry

• in some cases this is the only possibility to install a mixer to the vessel - limited space on top, vessel too close to walls

Set-up and Function of a ystral Jetstream Mixer

• A fast rotating rotor creates a liquid stream
• A deflector pipe (stator) is placed around the rotor
• Liquid stream is directed towards the bottom of the vessel
• No rotation of the liquid in the vessel
• Liquid stream is separated into two streams directed upwards
• On top of the surface the liquid stream is redirected towards the bottom of the vessel
• The whole contents of the vessel is moved immediately

Micro and macro mixing effect

• Micro mixing is considered as a mixing principle that mixes smallest particles in a small volume
  and creates a completely homogeneous medium
• Macro mixing is considered as a mixing of the complete volume in the vessel without any dead zones
• Only the combination of micro and macro mixing achieves a good homogeneous system in a vessel

Comparison Conventional Mixer - Jetstream Mixer

Conventional Mixer

• Slow running propeller
• Poor macro and micro mixing
• Additional foot bearing required
• Difficult to suspend heavy material
• Extreme peripheral forces
• Baffles and other means required to create turbulence
• Moving parts within reachable distance
• Air is incorporated into the product

Jetstream Mixer

• Easy installation onto existing flange
• Good micro mixing inside the mixing head
• Good macro mixing because of vertical flow of the liquid
• All peripheral forces are being kept within the stator head
• No Vortex is formed
• No foot bearing required
• Installation as side entry version for high vessels
• No moving parts within reachable distance