testDSC.AdminPolymer solutions swing from thin to syrup-like with small temperature changes — dense viscosity–temperature data captures it.
Read more about Polymer solution viscosity testing across temperaturetestDSC.AdminViscosity drives application, leveling and sag in coatings. Temperature-resolved data sharpens formulation and QC.
Read more about Viscosity testing for paints and coatingstestDSC.AdminAutomation removes operator variance and multiplies throughput — thousands of identical-condition measurements, overnight.
Read more about Automated viscosity measurement: more data, less variancetestDSC.AdminA plain-language guide to the two viscosities, their units (cP and cSt), and which one your application needs.
Read more about Dynamic vs. kinematic viscosity — and what cP and cSt actually meantestDSC.AdminScanning temperature while measuring viscosity reveals the whole curve — the basis of ASTM D5133 and the core of our automated service.
Read more about Temperature-scanning viscometry: viscosity vs. temperature the ASTM D5133 waytestDSC.AdminLow-temperature viscosity decides whether a fluid still flows. Here is how we capture it precisely across the full window.
Read more about Low-temperature viscosity testing: cold-flow behavior down to −30 °CtestDSC.AdminA tour of the integrated measurement cell — the robot arm, peristaltic pump, piston viscometer and thermal loop.
Read more about Inside the cell: robot, pump and a piston viscometertestDSC.AdminLow-temperature viscosity decides whether a fluid still flows. Here is how we capture it precisely across the full window.
Read more about Cold-flow behavior: measuring viscosity from −30 °C to +40 °CtestDSC.AdminA robot turns a slow, one-sample benchtop measurement into thousands of viscosity points across temperature — unattended, overnight.
Read more about Viscosity at every 0.1 °C: how automated viscometry works
