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Understand how rheological properties can impact the quality of automotive components
Industries
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One of the key factors in any MIM process is the flow behavior of the feedstock during filling of of the mold. In order to have a defect free molding process (without jetting, short shot, sink mark, crack, etc.) with desired mechanical strength (tensile, flexural, failure stress, etc.) in the final products, understanding of the rheological properties of the binder and feedstock is necessary
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Capillary rheometers are one of the most common types of analytical devices, used to analyze the flow properties of viscoelastic polymer materials under processing conditions. The Dynisco LCR7001 can utilize both load cell and pressure transducer simultaneously in order to produce information on both the force applied to the polymer sample and the resulting pressure at the die entrance.
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The selection of diaphragm material used on the Dynisco pressure sensor, depends on the application where the sensor will be used. We must first ask the question, does the sensor come in contact with a pure material, or a blend of materials?
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Find the causes and solutions for common sensor problems.
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