The measurement results are visualized using the HAAKE RheoWin Software. The above device allows us to measure in the range from 1 to 100,000,000 mPas. To determine the viscosity, we use the THERMO HAAKE RotoVisco 1 device from the American company Thermo Fisher Scientific Inc. The above force is expressed in dynamic viscosity, the unit of which is Pauz. The measure of viscosity is the value of the force acting between two coaxial cylinders: a fixed outer cylinder and an inner cylinder rotating in relation to it, the tested mass fills the gap between the cylinders. We use a rotational viscometer for this purpose. Reliable inline performance: Being the leading supplier for lab rheology. ![]() Our laboratory is able to test the viscosity of liquid materials. Inline viscometers for inline measurement of samples with shear-dependent. ![]() These properties are determined by the use of a viscometer. Industry standards define what property PIB mass should have. ![]() It must maintain its unchanged properties for several dozen years. It stabilizes the optical fiber in a specific location, not allowing it to move. It protects the fiber optic splice against climatic factors, pollution and mechanical damage. Viscosity is determined in part by the amount of hematocrit, red blood cells, white blood cells, and proteins in the blood. One of the components of aluminum, crimp fiber optic splice protectors is a modified polyisobutylene mass (PIB).
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