Description
PSD Intensive Mixers & Dissolver Technology
Powerful and innovative solutions.
Column mixers for small to mid-size batches Plant mixers for line production
ContiMixer for automated, continuous production
The PSD Dissolver is used for dispersing solids in liquids. The product is mixed in batches in an exchangeable tank.
In all application ranges for wet grinding and dispersion, the result of the entire process is dependent on the quality of the pre-treatment, i.e., mixing and pre-dispersion of the raw materials. PUHLER can supply the suitable solution-from individual mixing units through to complete production plants.
Column mixers for small to mid-size batches
PUHLER offers different column mixers dependent on application and product viscosity: High speed dissolvers for per-dispersion, butterfly mixers for high viscosity products and twin-shaft mixers for combined mixing and pre-dispersing.
Plant mixers for production lines
For large-scale production plants, solid and liquid components are automatically dosed into the mixing tank. The raw materials are then pre-dispersed under high energy input in the mixing tank and subsequently pumped into a holding tank. After final dispersion by means of agitated media mill or three-roll mill, the final product is fed into storage tanks.
DISSOLVER PSD Technique
The dissolver is a fast, high-capacity disperser with a wide range of speeds and high level of efficiency Push-button speed control
Speed indicator and automatic speed reduction
The product is accelerated radially by the dispersion disk, deflected to the top and bottom at the tank wall and directed back to the dispersion disk through formation of a vortex Shear forces around the circumference of the toothed disk result in highly efficient dispersion, good wetting and deagglomeration
For high-viscosity products, a tank wall scraping device can aid the mixing and dispersing process Hydraulic lifting/lowering device Push-button stroke adjustment Adjustable tank clamping mechanism
Stainless steel shaft and dispersion disk; additional product-specific mixing tools available depending on the application
Manufactured in accordance with CE and EX guidelines
Options
Application-specific tank cover designs
Vacuum design
Scraping device for tank wall
Temperature sensor
Timer
Design for ceiling installation with hinged head
Various explosion protection ratings
Special tank clamping mechanisms
PLC-controlled units
Specifications
Model | Main drive power[kw] | Grinding cylinder height[mm] | Cylinder diameter[mm] |
PSD-15 | 15 | 1270 | 1100 |
PSD-18 | 18.5 | ||
PSD-22 | 22 | ||
PSD-30 | 30 | 1400 | 1300 |
PSD-37 | 37 | ||
PSD-45 | 45 | ||
PSD-60 | 58 | 1750 | 1700 |
PSD-70 | 70 | ||
PSD-90 | 90 |
Quick Detail
disperser, nano disperser, high speed disperser, high speed dissolver
Powerful and innovative solutions.
Column mixers for small to mid-size batches Plant mixers for line production
ContiMixer for automated, continuous production
The PSD Dissolver is used for dispersing solids in liquids. The product is mixed in batches in an exchangeable tank.
In all application ranges for wet grinding and dispersion, the result of the entire process is dependent on the quality of the pre-treatment, i.e., mixing and pre-dispersion of the raw materials. PUHLER can supply the suitable solution-from individual mixing units through to complete production plants.
Competitive Advantage
PUHLER offers different column mixers dependent on application and product viscosity: High speed dissolvers for per-dispersion, butterfly mixers for high viscosity products and twin-shaft mixers for combined mixing and pre-dispersing.
Applications
Automotive paint, electronic ceramics, photoelectric industry, nano color paste, nano functional coatings, biopharmaceuticals, cell crushing, chip polishing solution , magnetic materials, carbon nanotubes, color paste, dental filler, carotene, pesticide suspension, ceramic inkjet, inorganic pigment ceramic inkjet, lithium iron phosphate batteries, nano-scale special new materials, oxides, life sciences, food industry, cosmetics, graphene, ternary materials nickel cobalt manganese, electronic ceramics, titanium dioxide.