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MaxxD


FrymaKoruma Homogenizing, Mixing and Dispersing Unit

Vacuum processing unit for the cost-effective manufacture of emulsions and suspensions over a wide viscosity range.

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Key Advantages
  • Dual concept results in the optimum homogenizing tool for every product
  • Reduction of process time up to 60%
  • Aseptic design for fast and efficient cleaning
  • CIP/WIP
  • High product reproducibility
  • Perfect de-aeration
  • Efficient heat exchange
  • Easy exchange of the homogenizer
  • Standardization results in short delivery times
Material Specifications
  • Parts in contact with the product made of stainless chrome-nickel steel 1.4404, .4435 / AISI 316L or 1.4571 / AISI 316Ti
  • Material other parts 1.4301 / AISI 304
  • Elastomers, EPDM or other materials (FPM, etc.)
Operating Conditions
  • Temperature: from 0° - 140°C
  • Air humidity: from 0 - 80%
  • Ambient air: as dust-free as possible

MaxxD
  Usable volume (l) Power (kW)
MaxxD Lab
Drawing Data sheet
12 9,0
MaxxD 200
Drawing Data sheet
160 22,0
MaxxD 400
Drawing Data sheet
300 22,0
MaxxD 700
Drawing Data sheet
500 22,0
MaxxD 1300
Drawing Data sheet
1100 45,5
MaxxD 1800
Drawing Data sheet
1500 45,5

Specification of Standard Components
Mechanical
  • Single-acting mechanical seal (double-acting as option)
  • Manually tiltable lid (MaxxD Lab)
  • Automatic lid opening system (MaxxD 200 up to 700)
  • Vessel lid securely bolted, equipped with jack rings (MaxxD 1300 up to 1800)
  • Scraper agitator
  • Vortex breaker
  • Sight glass with illumination
Electrical & Electronic
  • Motors splash-proof IP 54
  • Other protection types upon request
  • SPS-Simatic C7-633
Options
  • Double- and insulated jacket
  • Other surface qualities
  • Temperature control for double jacket
  • Pneumatic fittings
  • Dosing units
  • Several tanks and hoppers for feeding
  • Additional recirculation line with sine pump
Functional Description
Solids and liquids with good flow properties are fed direct to the homogenizing tool via the vacuum unit (which also prevents the undesired ingress of air) and are deglomerated down to 1 µm in size and then dispersed. The recirculation line returns the product back to the vessel. This, plus the special scraper-stirrer, generate the additional macromixing by means of vertical convection. The conical shape of the vessel floor routes the product to the single-chamber homogenizing system, where the entire procedure is repeated. The machine is emptied either by means of a discharge valve at the homogenizer or via the recirculation line downstream of the homogenizer.
Dependent on the requirements, the production system can be equipped with a colloid head or a toothed rotor/stator system.