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Ammonia Tpd For Heat Sensitive Materials On The Autochem III

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science and technology of small particles

Our state-of-the art portfolio includes pycnometry, gas and vapor adsorption, dynamic chemisorption, intrusion porosimetry, powder rheology, catalyst activity testing, and lab-scale reactor systems.

What Micromeritics Does Best

Our world-leading technology encompasses solutions for
the characterization of particles, powders, and porous materials.

Surface Area

Surface area by gas adsorption including BET surface area

Porosity

Pore size, volume, and distribution by gas adsorption and mercury porosimetry

Density

Absolute density of solids, powders, and slurries by gas pycnometry. Automated envelope density of irregular solids and compressed bulk density (T.A.P).

Powder Flow

Shear and dynamic measurements of powder rheology and particle interactions

Activity

Catalyst activity including chemisorption, temperature-programmed reactions, and lab-scale reactor systems

NET-ZERO TECHNOLOGIES

Batteries

Hydrogen

Carbon Capture

Our world leading analytical equipment offers high performing solutions to improve your advanced battery’s safety, energy & power density, and cycle life
To accelerate hydrogen’s role in decarbonization, Micromeritics’ products play a key role in the development of Adsorbents, Membranes, and Catalysts critical for these technologies
CCUS includes a range of emission reduction technologies which our diverse product portfolio is playing a critical role in the technology development.

Latest News

ASTM International Publishes New Standards D8328, D8327 and D7891for FT4 Powder Rheometer Procedures

Norcross, Georgia, USA. – October 25, 2024 — ASTM International has published three key Standard Methods: the new D8328 and D8327, and renewed D7891, aimed at regimenting the best practices and considerations when measuring powder dynamic behavior, permeability and shear flow attributes, respectively, with a FT4 Powder Rheometer. Collectively, the three comprehensive standards cover the details that make the instrument unique, the testing procedures step by step, and guidelines for

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