The GUNT Rheology and Mixing Quality in a Stirred Tank unit enables comprehensive studies of solution, emulsion, and suspension formation with liquid as the continuous phase. This advanced training system supports the investigation of different stirrers, viscosities, and mixing conditions. It is ideal for hands-on education in chemical and process engineering, allowing visualization and quantification of flow behavior, mixing quality, and rheological properties through digital and software-based measurements.
Product Features
- Designed for mixing of solid, liquid, and gaseous substances, with liquid as the continuous phase
- Suitable for preparing solutions, emulsions, and suspensions
- Removable stirred tank includes coiled tube, baffles, and gas distributor at the base
- Overhead stirrer with adjustable speed and height, suitable for viscous substances
- Eleven interchangeable stirrers for detailed investigations of different flow patterns
- Plastic tracer balls included to visualize characteristic flow fields
- Supports experiments with gassing using water, glycerine, and compressed air
- Study influence of viscosity using various substances or temperature adjustments
- Baffles allow investigation of their effect on mixing performance
- Integrated sensors measure temperature and electrical conductivity in the stirred tank
- Electrical conductivity used to determine mixing time and quality of solutions
- Torque and speed measurements used for power input analysis
- All measured values displayed digitally and transferable via USB to a PC for logging and evaluation with included software
Benefits
- Hands-on exploration of rheology and mixing principles with real-time data
- Customizable configuration allows broad experimentation with substances and techniques
- Efficient visualization and control of mixing behavior using flow markers and sensors
- USB data acquisition enables detailed analysis and reporting
Why Choose the GUNT Rheology and Mixing Quality Unit?
This robust and versatile unit is ideal for laboratory training in chemical and process engineering. It empowers students and researchers to analyze and understand mixing behaviors under various operating conditions. With its advanced stirrer options, temperature control, and digital measurement interface, this GUNT system provides reliable, repeatable, and insightful experimentation across a range of fluid dynamics scenarios.
