Micromeritics Instruments Corporation is a global provider of solutions for material characterization with best-in-class instrumentation and application expertise in core areas such as Surface Area, Porosity, Chemisorption, Catalyst Screening, Particle Density & Volume, Particle Size, and Powder Flow.

New Compact XRF spectrometer, Revontium!
1:46
New Compact XRF spectrometer, Revontium!
Real time analysis in mining conveyor belt - CNA for Mining
1:26
Real time analysis in mining conveyor belt - CNA for Mining
Welcome Zetasizer Sample Assistant!
1:47
Welcome Zetasizer Sample Assistant!
Aeris High-Capacity Sample Changer: anytime unattended analysis
1:16
Aeris High-Capacity Sample Changer: anytime unattended analysis
Mastersizer 3000+: Class leading performance with added intelligence
1:43
Mastersizer 3000+: Class leading performance with added intelligence
Aeris: The future is Compact
1:34
Aeris: The future is Compact
Next-level fusion instrument: Meet all-new FORJ
1:20
Next-level fusion instrument: Meet all-new FORJ
World’s first on-line XRD instrument to monitor galvannealed steel
1:40
World’s first on-line XRD instrument to monitor galvannealed steel
NanoSight Pro: Expert Nanoparticle Tracking Analysis
1:29
NanoSight Pro: Expert Nanoparticle Tracking Analysis
CNA Pentos: Real-time analysis for cement materials
1:54
CNA Pentos: Real-time analysis for cement materials
Micromeritics AccuPore CFP - Product Overview
2:20
Micromeritics AccuPore CFP - Product Overview
Preparation, Characterization, Catalytic Testing of Ni-supported Catalysts for the Sabatier Reaction
50:51
Preparation, Characterization, Catalytic Testing of Ni-supported Catalysts for the Sabatier Reaction
Static vs Dynamic Chemisorption: Insights from Two Case Studies of Platinum-Alumina Catalysts
30:56
Static vs Dynamic Chemisorption: Insights from Two Case Studies of Platinum-Alumina Catalysts
Exploiting Porosity and Density Measurements to Provide an Advanced Description of Pore Structure
54:01
Exploiting Porosity and Density Measurements to Provide an Advanced Description of Pore Structure
마이크로메리틱스 BreakThrough Analyzer 소개
1:35
마이크로메리틱스 BreakThrough Analyzer 소개
Physisorption Sample Prep & Starting Analysis
24:10
Physisorption Sample Prep & Starting Analysis
Comprehensive Textural Analysis of Solid Oral Dosage Forms: Density, Porosity, and BET Surface Area
44:16
Comprehensive Textural Analysis of Solid Oral Dosage Forms: Density, Porosity, and BET Surface Area
Optimizing Density Measurements with the advanced capabilities of the AccuPyc
36:14
Optimizing Density Measurements with the advanced capabilities of the AccuPyc
Determining Diffusivity by Breakthrough Measurements using the Zero Length Column Method
27:31
Determining Diffusivity by Breakthrough Measurements using the Zero Length Column Method
Enhance Powder Flow Understanding with Direct Measurements of Powder-Air Interactions
9:24
Enhance Powder Flow Understanding with Direct Measurements of Powder-Air Interactions
Free Space Determination with Non-Helium Gases
17:55
Free Space Determination with Non-Helium Gases
Transient Data Collection Using the 3Flex
15:53
Transient Data Collection Using the 3Flex
마이크로메리틱스 FR 시리즈 소개
2:08
마이크로메리틱스 FR 시리즈 소개
Scale-Down Agitated Filter Bed Dryer for Evaluating Crystal Breakage in the Pharmaceutical Industry
38:58
Scale-Down Agitated Filter Bed Dryer for Evaluating Crystal Breakage in the Pharmaceutical Industry
Unraveling Hierarchical Pore Networks Using Differential High-Resolution Mercury Intrusion
20:36
Unraveling Hierarchical Pore Networks Using Differential High-Resolution Mercury Intrusion
Optimize Battery Performance with Micromeritics Instruments
0:55
Optimize Battery Performance with Micromeritics Instruments
Water Sorption Using the Autochem III
34:45
Water Sorption Using the Autochem III
Physisorption Data Review and Reporting
31:02
Physisorption Data Review and Reporting
Developing a Design Space for Powder Characterization
25:40
Developing a Design Space for Powder Characterization
Development of Catalytic Processes for the Conversion of Biomass into Value-Added Chemicals
33:35
Development of Catalytic Processes for the Conversion of Biomass into Value-Added Chemicals