In excess of an instrument. An answer.

The L-Vis inline viscometry arrangement consolidates one of a kind inline process innovation with the skill of the world chief in lab rheology. Applying the least shear rates in the process business takes into consideration top tier connection results with lab instruments. This empowers solid inline estimation particularly for tests with shear-subordinate conduct –, for example, clean artistic, shampoos, thick, and mixture – bringing about higher item quality and lower lab time.

Key Features

Bringing lab estimation inline

•Higher item throughput: The quantity of lab estimations can be decreased from once every hour to once every day.

•Increased yield item quality: Ceramic’s waste, for instance, can be decreased by 20 % as constant inline estimation stays away from research facility related example planning issues, for example, the impact of encompassing conditions or read-off mistakes.

•Reliable inline execution: Being the main provider for lab rheology instruments, Anton Paar’s aptitude guarantees a fantastic relationship between’s inline sensors and lab instruments under a wide assortment of working conditions.

•Adjustable shear rates take into account further improving the lab-to-process relationship by adjusting shear rates so that they are nearer to those of lab instruments.

Top tier investigation of shear-subordinate examples

•Get increasingly important and definite data on your example’s properties by applying low shear rates down to 10 s-1. Measure, for instance, shear-diminishing polymer arrangements in their low-shear level instead of in the shear-twisting territory.