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Using Boyle’s Law’s volume-pressure relationship, a gas pycnometer detects a material’s skeleton volume by dispensing gas. The sample chamber is filled with a known mass sample and kept at a fixed temperature. The displacement medium is commonly helium, an inert gas. The sample chamber is filled with gas, which is then expanded into a different, empty container with a known volume.
After measuring the pressures experienced during sample cell filling and the pressure released into the expansion chamber, the volume is estimated. By dividing the sample weight by the volume measurement, the density is calculated. Gas pycnometers offer incredibly accurate, quick, and non-destructive volume measurements.
It is widely used to monitor the purity and porosity of many different types of solids. To swiftly and consistently define the structure and quality of solid materials as catalysts, ceramics, foams, minerals, metal powders, soils, cements, etc., density measurements are a highly beneficial and dependable tool.
Global gas pycnometer market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Anton Paar launches the new generation of Ultrapyc gas pycnometers. The innovations included in this updated version of Ultrapyc make it the most accurate and precise automated gas pycnometer available on the market right now for a variety of sample sizes. The newest iteration of the well-known and reliable Ultrapyc gas pyrometers is introduced by Anton Paar.
True density measurement is made very simple and extremely accurate with the series’ intuitive user interface, built-in Peltier controller, and many other features (from 15 °C -50C).By using Boyle’s equation of gas expansion and Archimedes’ concept of fluid displacement, gas pycnometers have long been acknowledged as the preferred tools for measuring the real density of solid objects.
Mining, oil exploration, cement, ceramics, additive manufacturing, catalysts, metallurgy, polymers and foams, medicines, and a wide range of other powder materials are just a few of the areas where it is crucial to understand the true density There are four models to accommodate different sample sizes and material types.
The user interface on the Ultrapyc 3000, Ultrapyc 5000, Ultrapyc 5000 Foam, and Ultrapyc 5000 Micro allows for easy navigation, setting adjustments, starting, pausing, and ending measurements, as well as accessing all the necessary work processes.
They give precise measurements repeatedly with any of the supplied sample cells thanks to their numerous built-in reference chambers and the self-aligning TruLock lid closure system.
