Dispersed systems such as emulsions, suspensions, foams, and gels are inherently unstable. Over time, phase separation, migration, or particle size evolution can compromise both product performance and appearance.
Traditionally, shelf life evaluation relies on long-term visual observation, sometimes accelerated by high-temperature storage. While widely used, this approach is slow, costly, labor-intensive, and highly dependent on subjective interpretation—often requiring weeks or months to reach a conclusion.
At the same time, formulation development typically involves multiple trial-and-error iterations to screen raw materials, processes, and physical parameters. These stability trials consume significant time, samples, and resources, slowing down innovation and increasing development costs.
- What if shelf life could be predicted in days instead of months?
- What if early destabilization signals could reliably forecast long-term behavior?
- What if you could simulate stability to optimize formulations and reduce the number of physical trials?
Thanks to TURBISCAN technology, stability phenomena can be detected up to 1,000 times faster than visual observation, without dilution or invasive probes. By monitoring early destabilization kinetics and applying robust prediction strategies aligned with ISO/TR 13097, formulators can now estimate shelf life rapidly and quantitatively.
Join this webinar to discover how to:
- Accelerate stability studies
- Optimize formulations faster
- Move from observation to prediction
Prezentující:
- Serife Korkmaz – aplikační inženýr TURBISCAN – Microtrac Formulaction
