Advanced Materials Characterization Solutions

As the world’s leading developer of sorption characterization tools, we pioneer new techniques and technology to enable the next generation of advanced material solutions.

Core Techniques

Advanced Materials Analysis Methods

Precision, reliability, and insight lie at the heart of our sorption techniques.

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Dynamic Vapor Sorption

High precision moisture analysis & organic solvent uptake, our own invention.

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Inverse Gas Chromatography

The most advanced surface energy analysis for wettability, heterogeneity, and acid-base chemistry.

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Breakthrough Analysis

Gas separation & storage breakthrough curves under realistic conditions.

Real World Impact

Explore Applications

Discover what our instruments can tell you about your material properties, and what they mean for your formulation, development, and manufacturing challenges.

Formulation Performance

The most advanced tool for surface energy heterogeneity and acid-base chemistry.

Surface Energy & Adhesion

Batch-to-Batch Variability

Polymers — Swelling

Find Your Application

Discover how our instruments solve problems in your field.

Moving the world forward

Explore Industries

We work with R&D and industrial labs all over the world to keep pushing the boundaries of material technology.

Precision testing for adhesive formulations, bonding strength, and curing behaviour across substrates.
Our techniques evaluate permeability, diffusion, and moisture uptake in polymers and packaging. This data helps manufacturers improve barrier performance, extend shelf life, and optimize materials for real-world use.
Fibres and fillers are used across industries from textiles to composites. We provide detailed insights into sorption, adhesion, and flow properties, enabling better control of material strength, performance, and processing.
Adhesive performance is often determined by how surfaces interact under varying humidity. Our analyzers measure surface energy and sorption properties, giving researchers the tools to develop stronger, more reliable adhesives.
Concrete, cement, and other building materials are constantly exposed to moisture. Our analyzers provide critical data on how these materials react, helping engineers design stronger, safer, and more durable structures.
Catalyst performance depends on surface activity and adsorption behavior. Our techniques measure sorption under real-world conditions, offering a powerful way to optimize catalyst design and efficiency.
Understanding diffusion and adsorption at the nano scale is key to many advanced applications. Our sorption techniques deliver precise insights into porosity, surface area, and molecular transport in porous materials.
From permeability to adhesion, coatings are defined by how they interact with moisture. Our analyzers provide detailed measurements that help researchers develop advanced protective, functional, and decorative coatings.
Drug stability and delivery are often controlled by how APIs and excipients interact with water vapor. Our analyzers provide detailed data on moisture sorption, enabling improved formulation, storage, and shelf-life.
As renewable energy and environmental sectors expand, material stability is critical. From battery components to filtration media, our analyzers help researchers design advanced materials for sustainable technologies.
Moisture plays a critical role in the stability, drying, and processing of food and fine chemicals. Our analyzers deliver precise sorption profiles to optimize product quality, shelf life, and manufacturing consistency.
Our instruments support R&D in personal care by analyzing complex powders, creams, and raw materials. From stability testing to surface interactions, we deliver insights that help develop safer, more effective beauty and skincare products.
With bio-based and natural materials, understanding how they take up or release moisture is essential. Our sorption analyzers reveal key behaviors that guide development of sustainable, high-performance alternatives.
With the formulation, performance, and stability of fertilizers, plant growth agents, pesticides, and herbicides often critically affected by moisture, our sorption analyzers provide vital insights into agrichemicals.

Our Products

World-class gravimetric vapor sorption analyzers and inverse gas chromatography instruments designed for precision.

Talk to Our Scientists Today

World-class gravimetric vapor sorption analyzers and inverse gas chromatography instruments designed for precision.

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