Temperature-controlled AccuPyc: temperature stability is dependent upon specifications of the installed circulator. Versatility of keypad or Windows software operationĮliminate procedural steps with direct input from an analytical balance Speed of analysis, accuracy, repeatability, and reproducibility Increase efficiency and compliance with barcoding compatibility Low-cost, minimal maintenance, and small footprint Maximize your investment-Adaptive configuration to meet your sample size needs Maintain product integrity with this non-destructive testĮliminate error with programmable automatic repeat and data acquisition set to your tolerances to comply with your SOPs Density determinations from the gas displacement method are more accurate, reproducible, and faster than the traditional Archimedes water displacement method. Inert gases, such as helium or nitrogen, are commonly used as the displacement medium for gas pycnometry. This non-destructive technique utilizes the gas displacement method to measure the volume of a material. Gas pycnometry is recognized as one of the most reliable techniques for obtaining true, absolute, skeletal, and apparent volume and density. The analyst enters the mass of the material and then with a few keystrokes the measurement is initiated, several measuremen t s are performed, an d the density of the material is displayed. The AccuPyc II Series of Pycnometers (Gas pycnometer) provide s high-speed, high-precision measurements for determining the true density of powders, solids, and slurries. Particle Size, Shape, Count, & Stability.Online Training and Classroom Registration.
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