High-precision and easy measurement of true density using the gas displacement method. Minimizing operator burden with fully automated measurements.
JIS Z8837 Gas Pycnometer Method Based Fully Automatic True Density Measurement Device Macpycno. The internal structure necessary for the gas displacement pycnometer has been thoroughly optimized to achieve high-precision measurements. With an integrated touch panel and voice guidance for interactive operation, the accuracy of measurements does not depend on the operator's level of expertise. 【Features】 - The measurement container installed in the measurement chamber (sample chamber) offers a wide range of capacity options, accommodating various shapes of samples from powders to molded bodies. - The standard chamber (reference chamber) employs a fully automatic multi-volume method. The built-in chamber is automatically controlled to set the optimal volume for the measurement volume. - Hardware design that achieves high-precision temperature control. The combination of an integrated chamber and a Peltier element allows for rapid temperature equilibrium, enabling high-precision measurements in a stable temperature environment. - Equipped with a self-control function for measurement pressure. The use of a high-precision pressure transducer has improved measurement accuracy. - User-friendly interface for easy operation. The adoption of an integrated touch panel and voice guidance for interactive operation eliminates the need for special knowledge, thus not requiring specialized operator training.
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basic information
The gas displacement method allows for the rapid and highly accurate measurement of the volume and true density of powders and solids. Repeated measurements can also be performed in a short time, making it ideal for quality control with a large number of samples. Complete automatic control from gas purging to measurement enables the measurement of samples in various shapes, from nanotech materials to molded products. 【Specifications】 Measurement principle: Gas displacement method (based on JIS Z8837) Measuring gas: He (helium) *Please inquire about the use of nitrogen and other inert gases Repeatability: ±0.03% (depending on the sample) Sample chamber volume: Standard sample pots of 20ml, 40ml, 60ml (optional: 100ml) Calibration (volume standard material): Calibrated using stainless steel spheres (optional: calibration spheres with JQA calibration certificate are also available) Interface: Color touch panel with interactive operation function Size: W450×D410×H250 [mm] Weight: Approximately 26kg Notes: Measurement data can be saved as CSV files on a USB memory stick, and data management and analysis via PC are also possible. 【For more details, please feel free to contact us via our website】 http://www.mountech.co.jp/contact
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Applications/Examples of results
Metal powders and ceramic powders for electronic materials and battery materials, electrodes, resin powders, catalysts, etc.
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We develop, manufacture, and sell products that lead the industry with our unique technology focused on automation. We are a device manufacturer based in Tokyo, driven by the motto "Let's surprise you." Based on the know-how we have cultivated over many years by closely working with the research, development, quality control, and production fields in the powder industry, we provide products and services that truly benefit our users. We respond to the needs of the field from both sides of analytical devices (fully automatic specific surface area measurement devices, fully automatic true density measurement devices, image analysis particle size distribution measurement software) and production devices (inline mixing, reaction, synthesis, and foaming devices, wet grinding, dispersion, and emulsification devices, continuous vacuum degassing devices).
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