Micromeritics Instrument Corporation
Norcross, GA 30093
New Micromeritics Multi Reactors are Operated or Monitored via User-friendly Software
MR 4 and MR 8 provide capabilities to investigate 120 kinetic data points per week. Integrated with a range of analytics including chromatography and spectroscopy. Users can comprehensively measure the activity and selectivity of heterogenous catalysts for screening.
Read More »
Micromeritics Delivers Unique, High Productivity Catalyst Evaluation Unit to Researchers at ETH Zurich
Accelerating the development of innovative catalysts for sustainable, eco-efficient processes Norcross, GA, USA – 21 April 2020 Micromeritics Instrument Corp., a leader in material characterization technology, has delivered a bespoke high productivity catalyst evaluation unit, the Micromeritics Multi Catalyst Reactor 4 – MR-4, to the advanced Catalysis engineering (aCe) group at ETH Zurich...
Read More »
New Catalyst Screening System is Used to Study Catalyst Activity, Selectivity and Yield
Used to quantify core characteristics of the active catalyst and support while the Effi enables efficient catalyst evaluation under process relevant conditions. Measures surface area of catalysts and quantify porosity via metrics such as total pore volume and pore size distribution. Enables generation of kinetic data and the assessment of strategies for catalyst regeneration.
Read More »
New Dynamic Void Volume Analyzer Measures Density of Carbon Black Powders
Range of parameters can be calculated to maximize the information regarding each sample with analysis taking on the order of ten minutes. Includes values of void volume at 50 MPa geometric mean of applied and transmitted pressure for a group of nineteen commercially available reinforcing carbon blacks. Measurement requires no chemical agents, uses a relatively small amount of sample, is...
Read More »
Researchers Welcome New Solutions to Enhance The Integrity of Catalyst Characterization Studies
In-situ Catalyst Characterization System transforms capabilities of existing test apparatus Norcross, GA, USA – 08 January 2020 Micromeritics Instrument Corp., a leader in material characterization technology, is seeing enthusiastic interest from researchers keen to use the new Micromeritics in-situ Catalyst Characterization System (ICCS) to enhance the integrity of heterogeneous catalyst...
Read More »
New Sub-Sieve Autosizer II Delivers Particle Size Measurements in Range of 0.2 to 75 micromolar
Boosts the productivity and accuracy of particle sizing via air permeability technique. Reports are automatically generated and readily customized to company requirements. Ideal for complying with specific ASTM standards including E2980, E2651, B330-12 and B330-15 for metal powders and C721-15 for alumina and silica powders.
Read More »
New Analyzer 8100 Delivers Selective Adsorption Data for Gas/Vapor Mixtures by Mass Balance
Valuable for researchers working in fields such as gas separation, storage and purification, carbon dioxide capture and energy storage. Incorporates precision mass flow controllers and proprietary, high performance blending valves from PID Eng and Tech. Generates accurate breakthrough curves under well-controlled conditions is simple and straightforward.
Read More »
New Catalyst Characterization System Integrates Chemisorption and Temperature-programmed Techniques
Allows researcher to efficiently quantify the impact of reactions on defining catalyst parameters such as number of active sites. Incorporates mass flow controllers for fully automated precise gas control and a cold trap for the removal of condensable vapors. Permits in situ chemisorption measurements by pulsing a probe gas using loop valve.
Read More »
Micromeritics Instrumentation Top Pick for Researchers at Concordia University for High Throughput Metal-Organic Framework (MOF) Characterization
University Chooses Micromeritics TriStar II Plus Automated, Three-Station Gas Absorption System Norcross, GA- June 18, 2019-Researchers designing and synthesizing new metal–organic frameworks (MOFs) at Concordia University (Montreal, Canada) are benefiting from high throughput surface area and porosity characterization with a Micromeritics TriStar II Plus automated, three-station gas adsorption...
Read More »
Micromeritics Awards The University of Hamburg a 3Flex Surface Characterization Analyzer
Analyzer to enable high-resolution scanning isotherms for a better understanding of porous materials Norcross, GA – June 6, 2019- Micromeritics Instrument Corporation today announced it has awarded the University of Hamburg one of its 3Flex Surface Characterization Analyzers which is one of the most advanced physisorption instruments in the market. The 3Flex will benefit Prof. Dr. Michael...
Read More »
New Micromeritics Multi Reactors are Operated or Monitored via User-friendly Software
MR 4 and MR 8 provide capabilities to investigate 120 kinetic data points per week. Integrated with a range of analytics including chromatography and spectroscopy. Users can comprehensively measure the activity and selectivity of heterogenous catalysts for screening.
Read More »
Micromeritics Delivers Unique, High Productivity Catalyst Evaluation Unit to Researchers at ETH Zurich
Accelerating the development of innovative catalysts for sustainable, eco-efficient processes Norcross, GA, USA – 21 April 2020 Micromeritics Instrument Corp., a leader in material characterization technology, has delivered a bespoke high productivity catalyst evaluation unit, the Micromeritics Multi Catalyst Reactor 4 – MR-4, to the advanced Catalysis engineering (aCe) group at ETH Zurich...
Read More »
New Catalyst Screening System is Used to Study Catalyst Activity, Selectivity and Yield
Used to quantify core characteristics of the active catalyst and support while the Effi enables efficient catalyst evaluation under process relevant conditions. Measures surface area of catalysts and quantify porosity via metrics such as total pore volume and pore size distribution. Enables generation of kinetic data and the assessment of strategies for catalyst regeneration.
Read More »
New Dynamic Void Volume Analyzer Measures Density of Carbon Black Powders
Range of parameters can be calculated to maximize the information regarding each sample with analysis taking on the order of ten minutes. Includes values of void volume at 50 MPa geometric mean of applied and transmitted pressure for a group of nineteen commercially available reinforcing carbon blacks. Measurement requires no chemical agents, uses a relatively small amount of sample, is...
Read More »
Researchers Welcome New Solutions to Enhance The Integrity of Catalyst Characterization Studies
In-situ Catalyst Characterization System transforms capabilities of existing test apparatus Norcross, GA, USA – 08 January 2020 Micromeritics Instrument Corp., a leader in material characterization technology, is seeing enthusiastic interest from researchers keen to use the new Micromeritics in-situ Catalyst Characterization System (ICCS) to enhance the integrity of heterogeneous catalyst...
Read More »
New Sub-Sieve Autosizer II Delivers Particle Size Measurements in Range of 0.2 to 75 micromolar
Boosts the productivity and accuracy of particle sizing via air permeability technique. Reports are automatically generated and readily customized to company requirements. Ideal for complying with specific ASTM standards including E2980, E2651, B330-12 and B330-15 for metal powders and C721-15 for alumina and silica powders.
Read More »
New Analyzer 8100 Delivers Selective Adsorption Data for Gas/Vapor Mixtures by Mass Balance
Valuable for researchers working in fields such as gas separation, storage and purification, carbon dioxide capture and energy storage. Incorporates precision mass flow controllers and proprietary, high performance blending valves from PID Eng and Tech. Generates accurate breakthrough curves under well-controlled conditions is simple and straightforward.
Read More »
New Catalyst Characterization System Integrates Chemisorption and Temperature-programmed Techniques
Allows researcher to efficiently quantify the impact of reactions on defining catalyst parameters such as number of active sites. Incorporates mass flow controllers for fully automated precise gas control and a cold trap for the removal of condensable vapors. Permits in situ chemisorption measurements by pulsing a probe gas using loop valve.
Read More »New Surface Area Reference Materials to Support Exemplary Quality Assurance in Routine Measurements
Particularly Relevant for Analysis in Highly-regulated Environments Norcross, GA, USA – 22 October 2019 - Micromeritics Instrument Corp., a global leader in surface area measurement, has introduced a new range of secondary standards which makes it easier to demonstrate the highest levels of data integrity when characterizing surface area by gas adsorption. Traceable to either NIST (National...
Read More »Micromeritics Instrument Corp. Launches MLC Online Instrument Training eLearning Platform
Comprehensive On-Demand Program Will Initially Cover Three Products and Will Be Available to its Global Customer Base Norcross, GA – August 13, 2019 - Micromeritics Instrument Corporation, a leading global manufacturer of premium products for advanced material characterization, today announced the launch of its Micromeritics Learning Center (MLC) Online Instrument Training eLearning Platform....
Read More »