Shear viscosity dependence on concentration of (polyethylene oxide - xanthan) pseudo plasticity polymer collide
DOI:
https://doi.org/10.15649//2346075X.482Keywords:
PEO, Xanthan, Viscosity, Rheological Properties.Abstract
Introduction: Its necessary to bear in mind that we life in the
word increase industrialization, therefore we make many modifications to material to getting on best characterizations. The aim of
this research is to Prepare new Pseudo Plasticity Polymer Collide.
Materials and Methods: In the present paper effects of xanthan
cellulose gum (X) on rheological properties of polyethylene oxide
polymer (PEO, 3000 Daltons) included different type of viscosity
has been investigated by using the following parameters: (Spindle:
no.1, Speed: 60 rpm and Temperature: RT), different sort of viscosity is computed for a PEO that dissolved in distilled cold water
with completely different various concentrations (0.1, 0.2 to 0.8)%
g/mL once and before adding (0.25 and 0.5) g X for every concentration. Results and Discussion: The results show that all properties of density, shear viscosity, relative viscosity, specific viscosity,
reduced viscosity, intrinsic viscosity, viscosity average mass and the
effective molecular radius have been enhanced after the addition of
xanthan. Conclusions: Addition of xanthan are often applied as
thicker mixture in coating, oil drilling and pumping of fluids attributable related pseudo physical property
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