Used QUANTACHROME Quantasorb QS 9 #77131 for sale

QUANTACHROME Quantasorb QS 9 is a descriptive lab tool and accessory designed for characterizing the surface area and porosity of a range of different materials. This advanced instrument provides fast and accurate measurements to enable researchers to precisely evaluate the pore structure of their samples. This multifunctional tool uses the physisorption technique to analyze a variety of samples including liquids, powders, pastes, and solids. Its measurements provide users with full physisorption isotherm records, BET surface area, micropore volumes, macropore volumes, and total internal pore volumes. Quantasorb QS 9 utilizes the latest advances in optics technology combined with a modified Hg-penetration apparatus to accurately measure size distributions, penetration depths, and textures of the material pores. The telecentric optics system combined with an open airflow design increases the accuracy and precision of measurements by making sure that no false readings are acquired due to misalignment between the sample and the optics system. The unique design of QUANTACHROME Quantasorb QS 9 prevents the premature scattering of particles due to the momentum of the gas, resulting in more reliable data. The advanced analytical software, with its user- friendly design, allows for quick and easy measurement of sample characteristics, and enables researchers to upload the results for future study or for comparison with other samples. Quantasorb QS 9 has the performance and durability necessary for long-term good laboratory practice, and the open-source software is highly compatible with a range of operating systems, making it accessible to a wide variety of users. QUANTACHROME Quantasorb QS 9 is an excellent choice for researchers desiring a comprehensive and reliable means of obtaining detailed characterization of their samples. With its advanced optics systems, comprehensive software, and proven results, Quantasorb QS 9 is a reliable, efficient, and effective tool for characterizing the surface and porosity of many different materials.