Stability

 

 

 

Turbiscan Tower

THE NEW REFERENCE, 6 TIMES BETTER

The brand new spearhead of the Turbiscan range to fully characterise the stability of concentrated dispersions
(emulsions, suspensions, foams). Discover its new patented mechanical design, for an even better performance.

Light source 880 nm
Detection S-MLS
Cell Volume 4 or 20 ml
Quantitative monitoring of dispersion stability *
Migration velocity & hydrodynamic diameter *
ISO TR 13097 Compliant *
Disposable glass cells *
Turbiscan Stability Index (TSI) computation *
Automatic samples recognition (bar-code) *
Mean diameter and volume fraction *
Temperature control 4 to 80°C
Multi-samples 6
   
turbiscanlab2std  

Turbiscan Lab

THE REFERENCE STABILITY ANALYZER

Accelerate and document ageing tests for a fast and deep understanding of destabilization mechanisms (creaming, sedimentation, flocculation, coalescence). Turbiscan LAB can be used in both R&D labs for formulation development
and QC labs to control the stability of raw materials and final products.

Light source 880 nm
Detection S-MLS
Cell Volume 4 or 20 ml
Quantitative monitoring of dispersion stability *
Migration velocity & hydrodynamic diameter *
ISO TR 13097 Compliant *
Disposable glass cells *
Turbiscan Stability Index (TSI) computation *
Automatic samples recognition (bar-code) *
Mean diameter and volume fraction *
Temperature control RT to 60°C
   Stability
 

New  ! Turbiscan Classic 2

BASICS OF THE TECHNOLOGY, FOR SHORT-TERM STABILITY STUDIES

Turbiscan CLASSIC 2 helps to optimize the pre-formulation work by giving a quick insight into the instability
phenomena. This updated version of the first Turbiscan is still a success after 20 years.

Light source 850 nm
Detection S-MLS
Cell Volume 7 ml
Quantitative monitoring of dispersion stability *
Migration velocity & hydrodynamic diameter *
ISO TR 13097 Compliant *
ASTM D-7061 Compliant Oil Series option
Disposable glass cells No
Turbiscan Stability Index (TSI) computation No
Automatic samples recognition (bar-code) No
Mean diameter and volume fraction No
Temperature control No
Multi-samples No
   Stability