![]() ![]() spraying, brushing, and has a smooth finish. ![]() You can be sure that your product has just the right viscosity for high-shear applications, e.g. The automotive paint is too thick for spraying and produces small visible droplets that lead to a bumpy finish.Īnalyze the viscosity of the paint at high shear rates (1,000 s-1 to 10,000 s-1) and adjust the ingredients. Your wall paint has a sufficiently high wet layer thickness and shows no sagging. ![]() ![]() The wall paint produces an inadequate layer thickness or shows sagging after application.Īnalyze the structural decomposition and recovery of the inner structure of the paint to adjust the formulation. Zero downtime of your production plant thanks to a smooth and efficient transportation process during paint production The paint gets stuck while pumping or during application.Īnalyze the yield point of the paint with a rheometer or a viscometer and lower the yield point so that less force is needed to initiate sample flow. Use the results to adjust the flow behavior of the wood coating so it is ideal at each stage of its usage. The wood coating is neither running off nor leaves uneven ridges on the surface.ĭetermine the viscosity at different shear rates to gain insight into the viscosity of the coating at rest and during application. The wood coating is too thin or too thick for the application.ĭetermine the viscosity of the coating by performing quick quality control checks at a constant speed to adapt the consistency. ![]()
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