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3P Instruments has been offering measuring instruments, contract analyses, and method developments for the comprehensive characterization of particles, powders, and pores. Instruments for determining particle size, particle shape, zeta potential in diluted and concentrated dispersions, BET surface area, density, and TAP density, as well as other powder properties, are complemented by analytical instruments for scientific surface and pore characterization. Our 3P expertise also makes us a reliable, customer- and solution-oriented service partner—before you scrap your old device, ask about a sustainable service from 3P-Instruments. Further information at https://www.3p-instruments.com/ |
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Founded in 2006, BSD Instrument is a leader in adsorption characterization, offering a full spectrum of high-performance instruments for scientific and industrial needs. Their portfolio includes volumetric and gravimetric analyzers, high-pressure systems, and multi-component gas analyzers compatible with diverse gases (conventional, flammable, corrosive, etc.). Instruments feature fully automatic and multi-cycle testing, enhancing efficiency and reducing error. Multi-station designs enable high-throughput, simultaneous analysis with smart automation. Further information at https://bsdsorption.com/ |
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Microtrac Retsch GmbH, based in Haan, Germany, is a leading provider of particle characterization solutions. The company serves industry and academia. Technologies include laser diffraction, dynamic image analysis, static multi-angle and dynamic light scattering, zeta-potential measurement, and adsorption analysis. As part of Verder Scientific, Microtrac Retsch stands for precision, innovation, and global service. For more information, please visit https://www.microtrac.com/ |
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Your Partner for Advanced Adsorbents, Research and Development We offer adsorbents (MOFs, carbons, silica), custom syntheses, shaping, and porous material characterization. Our focus is bridging MOF science and industrial scale, solving problems like toxic gas filtration, separation, and CO₂ capture with economic solutions. Using alternative syntheses, we reach thousand-fold higher yields than reported lab-scale syntheses. Our dust-free MOF pellets, shaped with optimized binders, show ≥10 N crush strength and minimal porosity loss. Please find further information at https://tu-dresden.de/chemie/materials_center |
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