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AMI Instruments High-Throughput BET Analysis Solutions

Explore AMI Instruments BET analysis solutions designed to improve lab throughput, accelerate turnaround, and deliver precise repeatable results.

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Water Vapor Adsorption Analysis with the Matrix 1000

Explore how the Matrix 1000 supports water vapor adsorption analysis with accurate control for pharma, food, polymer, and advanced material applications.

Matrix 1000 for Water Vapor Adsorption Analysis

Understanding Silver Powder Specific Surface Area in Photovoltaic Applications

Explore how silver powder specific surface area impacts photovoltaic silver paste performance. Detailed analysis of particle size, surface area, and solar cell efficiency.

Highlights of AMI Sync 400 physisorption analyzer and its key features for surface area analysis.

True Density of Ceramic Fracturing Proppants: Densi 100 | AMI Instruments

Measure true density of ceramic fracturing proppants with the AMI Densi 100 gas pycnometer. Achieve ±0.03% accuracy and ±0.02% repeatability per ISO 12154.

Testing Method for True Density of Ceramic Fracturing Proppants

Pulse Chemisorption

Learn about pulse chemisorption, a technique for characterizing catalysts and measuring metal surface area. Discover how AMI’s instruments can help you.

Pulse Chemisorption: An Overview

Hard Carbon Anodes for Potassium-Ion Batteries: Surface Area and Pore Structure Analysis

Discover how specific surface area and pore structure affect the performance of potassium-ion batteries. Learn how AMI’s instruments can advance your battery research.

Working principle of potassium-ion batteries with a) graphite anode and b) hard carbon anode.

Application of Differential Scanning Calorimetry (DSC) in the Analysis of Lipstick Thermal Properties

Learn how differential scanning calorimetry (DSC) is used to analyze the thermal properties of lipstick. See how the AMI DSC 600 can help you develop high-quality cosmetics.[…]

Application of Differential Scanning Calorimetry (DSC) in the Analysis of Lipstick Thermal Properties

Temperature-Programmed Desorption: Analyzing Adsorbed Species from Catalyst Surfaces

Understanding TPD kinetics, surface characterization, and desorption dynamics for heterogeneous catalyst analysis.[…]

Temperature-Programmed Desorption: Analyzing Adsorbed Species from Catalyst Surfaces