HAAKE CaBER 1 Extensional Rheometer

  HAAKE CaBER 1 Extensional Rheometer



The unique HAAKE CaBER rheometer provides valuable information about the material's extensional properties that rotational rheometers simply cannot provide. That?s because materials that behave similarly in a shearing flow often behave very differently in an extensional flow. With the CaBER instrument, stringiness, filament breakup-time and extensional viscosity can now be quantified to quickly optimize your fluid formulations for either industrial or research applications.
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As the first commercially available extensional rheometer, the HAAKE CaBER instrument is an ideal tool for measuring the elongational properties of non-Newtonian fluids. This easy-to-use tool examines complex flows that contain strong extensional components, including extrusion, coating, contraction and fiber spinning flows.

Key features:

  • Easy-to-use
  • Results are available quickly
  • Can fit in a fume hood or be used on a benchtop in the lab or on the plant floor.
  • Ideal for polymer solutions, suspensions, melts, adhesives, emulsions

 

 

 


 

 

 
Purchase Details
SKU : 398-0001 
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    Electronic Mail:
  • App Note V204 - Optimization of the filling process of shampoo sachets with the HAAKE CaBER 1
  • App Note V206 - The influence of thickeners on the application method of automotive coatings and paper coatings
  • App Note V208 - Correlation of misting during printing with extensional rheological investigations on offest printing inks with the CaBER 1
  • App Note V211 - Optimizing and forcasting the filling behavior of coatings with the HAAKE CaBER 1
  • App Note V212 - HAAKE CaBER 1 Molecular weight distribution
  • App Note V213 - HAAKE CaBER 1 Polymer solutions
  • App Note V214 - HAAKE CaBER 1 Binary polymer mixtures
  • Application Note V215-HAAKE CaBER 1 Reproducibility
  • Automotive Coatings and Paper Coatings
  • Specifications:
    Hencky strains :up to ε0 = 10
    Strain rate range: Imposed strain rate :0.01 < ε0 < 300 s-1
    Strain rate range: Fluid strain rate :10-5 < ε0 < 10 s-1
    Shear Viscosity range :10-10 6 mPas
    Plate diameter :4 < Dplate < 8 mm, standard = 6 mm
    Temperature range :0 - 80 °C
    Diameter resolution :8 µm
    System response time :10 ms
    Dimension (instrument only) :40 x 34 x 60 cm