Materials characterization and process technologies

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We help research and engineering teams identify suitable measurement methods, configure systems for reliable operation, and generate dependable data across thermal, dielectric and thermomechanical characterization workflows.

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Characterization & process technologies

From thermal transport and phase transitions to dimensional stability, dielectric behavior and advanced materials processing, these technologies support reliable characterization across a wide range of materials and research contexts. Together, they provide a structured starting point for identifying suitable methods, evaluating instrument platforms and building dependable measurement workflows.

Thermal Transport

Thermal conductivity and diffusivity across solids, powders, and fluids using established methods.

Thermal Analysis

DSC and STA/TGA for transitions, stability, decomposition and composition.

Thermal Expansion

Ultra‑high‑precision CTE and thermal expansion for ultra‑low expansion materials.

Dielectric Properties

Dielectric characterization of fluids used in electrified, high-temperature and thermally managed systems.

Spark Plasma Sintering

Rapid densification with precise thermal and pressure control for advanced materials development and process iteration.

Deposition Techniques

Thin‑film deposition systems for lab‑scale R&D, including ALD and sputtering for controlled film growth.

Start with your application

Define your measurement challenge

Whether you are evaluating performance, comparing materials, validating models, or preparing for production decisions, we help you identify the most suitable measurement strategy. Tell us about your sample, temperature range, and the questions you need answered — and we will guide you towards the right methods.

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