The Surface Measurement Systems' Surface Energy Analyzer ( SEA ) is the latest development in chromatographic sorption technology. Based on Inverse Gas Chromatography ( IGC ) methodology, the innovative, second-generation SEA is capable of characterizing a wide range of surface and bulk properties of solids, particulates, fibers, and thin films.

Key properties measured by the SEA include surface energy acid-base parameters, energetic heterogeneity mapping, batch-to-batch variations in surface chemistry, glass transition temperatures, adhesion – cohesion thermodynamics, and solubility parameters and crosslink density.

The SEA provides unique access to the following physico-chemical properties of a wide range of solid materials in a controlled humidity environment:   

• Dispersive and polar surface energies
• Heats and entropies of adsorption
• Acid/base interactions 
• Phase transitions
• Sorption isotherms
• Permeability, solubility and diffusion
• Micropore and mesopore distributions
• Competitive (multicomponent) adsorption
• Surface energy heterogeneity mapping

The SEA is fully-automated with a small footprint and features 12 solvent reservoirs, a column temperature range of 15 ^oC to 150 ^oC with an optional high temperature column oven capable of temperatures up to 500 ^oC, variable injection sizes of 1:4000 ratio, an optional thin film accessory, and optional humidity control.

Features:   

·         Unrivalled accuracy and repeatability

·         Fully-automated operation

·         User friendly wizard based software 

·         Comprehensive data analysis software 

·         Up to 12 different probe gas molecules

·         Optional humidity control

·         In-situ sample preconditioning

·         Wide temperature range

·         Column packing accessory

Typical SEA Applications:

·         Pharmaceuticals

·         Cosmetics and personal care products

·         Food products and ingredients

·         Minerals and coals

·         Building materials

·         Flavorings and perfumes

·         Natural and artificial fibers

·         Biopolymers

·         Coatings and thin films

·         Supported Catalysts

·         Polymers, fillers and composites

·         Microporous materials

Product Information :