BET surface area analyzers
Precision BET surface area analysis for superior material performance
Precision BET surface area analysis for superior material performance
BET (Brunauer, Emmett, and Teller) surface area analysis is the most widely used technique for determining the exposed specific surface area of a solid sample on the molecular scale. This method calculates surface area based on the monolayer capacity-- the quantity of gas molecules or atoms that form a single layer on the surface. Typically, nitrogen gas (N₂) is used as the adsorbate due to its strong affinity for solid surfaces. The analysis is usually performed at cryogenic temperatures, where the gas is introduced at low pressures, and the amount adsorbed is measured to determine surface area using the BET method. For materials with low surface area, krypton gas (Kr) is commonly used as an alternative adsorbate. With a lower vapor pressure (2.5 mmHg) compared to N₂ (760 mmHg) at 77.3 K, Kr allows for determining more sensitive pressure changes during adsorption, resulting in greater accuracy. With Malvern Panalytical offering Micromeritics’ industry-leading analyzers, researchers and manufacturers can rely on unparalleled accuracy, efficiency, and reliability to optimize material characterization and product development.
High throughput BET surface area analyzer
Accelerated surface area and porosity
Surface area and porosimetry system
Rapid and precise surface area analysis
High performance gas adsorption
BET (Brunauer, Emmett, and Teller) surface area analysis is the most commonly used technique for measuring the specific surface area of porous and powder materials. It plays a vital role across multiple industries.
High throughput BET surface area analyzer
Accelerated surface area and porosity
High performance gas adsorption
Surface area and porosimetry system
Surface area and porosimetry system
Rapid and precise surface area analysis
