Webinars at Your Time 

From catalyst characterization, particle sizing to physisorption – refresh or enhance your knowledge to optimize your products and lay the foundation for innovation.

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Serving Our Customers

Benefit from our full range of installation, repair and preventive maintenance services covering the full life cycle of your instruments – worldwide.

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Training

Either online or onsite educational courses, get the most out of your instruments, learn about the tips and tricks, and discuss your analytical challenges with renowned experts in their field.

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NLDFT Models for Porosity Characterization 

Refine the performance of gas adsorption techniques for materials with microporous structure. Pick from our NLDFT models to match your material’s properties and understand pore size distribution more effectively.

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Unlock the potential of Catalyst Development 

Learn from ETH Zurich how they accelerate the development of innovative catalysts for sustainable, eco-efficient processes. Read the full case study.

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Contract Analysis

Comprehensive testing services from particle characterization to quantifying powder flowability is available for you. Our experienced team ensures that your analytical requirements are rapidly and responsively addressed. Request a quote today.

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Best-in-class instrumentation

Micromeritics Instruments Corporation is a global provider of solutions for material characterization with best-in-class instrumentation and application expertise in these core areas

Our instruments
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Surface Area

Surface area and porosity are physical properties that impact the quality and character of solid phase materials.
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Particle Density & Volume

Density specifies how much of a substance occupies a defined volume at a stated temperature and pressure.
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Particle Size

Selecting the right measuring technique is critical for obtaining reliable data – but no single technique is accurate for all materials or applications.
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Physisorption

Surface area and porosity are physical properties that impact the quality and character of solid phase materials.
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Porosity

Porosity influences the physical exchanges and chemical reactivity of solids with gases and liquids.
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Chemisorption

Chemisorption is used to quantitatively measure the number of surface active sites which are used to promote a specified catalytic reaction.

The Micromeritics Family

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