Rheology and FLOW

Enables observation of samples at a specific set gap between two quartz plates under precisely controlled temperature and various shear modes (steady, oscillatory, step). Temperature range -50°C to 450°C.

CAP500

Accurately control the temperature and flow of your sample in a capillary from <- 195°C to 500°C

HFSX350-CAP

For capillary flow and heating and freezing applications in the X-ray spectrometer, the HFSX350-CAP is supplied with a 1.7mm capillary tube passing through the heating block.

CSS450

CAP500

HFSX350-CAP

See how these systems are used by researchers:

Application Notes

Application Note, Technical Note

polymers, CSS450, rheology, shear, raman

Investigating the Effect of Temperature and Shear Flow on the Nucleation Rate of Spherulites in Isotactic Polypropylene using Linkam’s CSS450 Stage.

Application Note, Technical Note

polymers, CSS450, rheology, shear, raman

The CSS450 was used to study the the phenomenon of flow-induced crystallisation.

Read More →

Application Note, Technical Note

polymers, CSS450, rheology, shear, raman

Case Study

CSS450, food, rheology

Monoglyceride-structured emulsions as a probiotic delivery system for low-fat ice cream

Case Study

CSS450, food, rheology

A research group in Italy used Linkam’s CSS450 and Peltier stage in research into improving the ability to add good bacteria, known as probiotics, into low-fat ice cream.