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The K value of PVC resin is calculated using the Fikentscher K value equation, which is K = (135.5 - 0.31 * log(viscosity)) * (1 - 0.008 * (log(viscosity) - 1)), where viscosity is the intrinsic viscosity of the PVC resin solution. In practice, the viscosity is typically measured using an Ubbelohde viscometer or an Ostwald viscometer. The K value is an important parameter that indicates the average molecular weight of the PVC resin and is used to classify different grades of PVC based on their properties and applications.
To convert millipascal (mPa) to pascal-seconds (Pasec), you need to understand that mPa is a unit of pressure, while Pasec is a unit of dynamic viscosity. To convert mPa to Pasec, you must also consider the fluid's density and temperature, as viscosity is dependent on these factors. If you are given a specific context where viscosity is measured in mPa·s (millipascal-seconds), you can directly convert by noting that 1 mPa·s equals 0.001 Pasec.
Any fluid is an emaple of viscosity.
The absolute viscosity is 1.2 at 31%
www.engineeringtoolbox.com/viscosity-converter-d_413.html