Turbiscan Tower
The Turbiscan Tower by Formulaction provides multi sample stability analysis for characterization of the dispersion stability of concentrated formulations , emulsions, suspensions, and foams.
Six independent measurement positions allow simultaneous comparison of formulations for faster and better understanding of destabilization mechanisms (creaming, sedimentation, flocculation, coalescence, etc).
Temperature control from 4 to 80°C allows control over the destabilization process accelerate the destabilization process or to reproduce storage conditions.
Six independent measurement positions allow simultaneous comparison of formulations for faster and better understanding of destabilization mechanisms (creaming, sedimentation, flocculation, coalescence, etc).
Temperature control from 4 to 80°C allows control over the destabilization process accelerate the destabilization process or to reproduce storage conditions.
The Turbiscan Tower is being widely used for characterisation of concentrated emulsions, suspensions and foams. The benefits of this popular instrument include:
Contact us at Fullbrook Systems to test some samples, or to discuss your requirements further:
Tel: 01442 876 777
Email: sales@fullbrook.com
- no sample dilution
- fast results
- measure sedimentation rate
- flocculation and aggregation
- particle size information
- an easy to use Turbiscan stability index.
Contact us at Fullbrook Systems to test some samples, or to discuss your requirements further:
Tel: 01442 876 777
Email: sales@fullbrook.com
How does the Turbiscan Tower work?
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Test anything from ink to cosmetics to pharmaceuticals, including emulsions, suspensions and foams. |
What can the Turbiscan Tower detect?Migration Analysis
Local variation of light intensity corresponds to phases formation.
Turbiscan Stability Index
Turbiscan Stability Index is a one-click parameter to easily rank the stability of many samples in a kinetic way or in a data table. The higher the TSI is, the less stable the product is. |
Size Variation Analysis Global variation of light intensity corresponds to size increase.
No Mechanical Stress
When it comes to shelf-life, and real-life evolution of the end-products, it makes no sense to apply a mechanical stress to a sample. Our measurements are always performed at rest, without any external stress. That way, you can be sure that the results you get are representative of what will happen in real life, only detected way earlier! |