Why ELCA?
ELCA is a versatile platform developed for the accurate determination of the electrical conductivity of solid materials over a wide temperature range. The system enables reliable characterization of metals, alloys, ceramics, and advanced functional materials under controlled thermal conditions.
Conventional electrical conductivity measurements are often limited to room temperature or require complex and expensive experimental setups. Furthermore, obtaining stable, repeatable measurements across a broad temperature range remains challenging, particularly for highly conductive materials.
ELCA addresses these challenges by combining a precise four-point probe measurement technique with integrated heating and cooling modules, enabling accurate temperature-dependent electrical characterization from −20 °C to +260 °C.
ELCA Tackles Two Common Challenges at Once
Temperature-Dependent Electrical Characterization
Performs accurate electrical conductivity and resistivity measurements over a broad temperature range from −20 °C to +260 °C, enabling realistic material evaluation under operating conditions.
Reliable and Repeatable Measurements
Employs a controlled probe-contact mechanism and optimized sample holder design to ensure excellent measurement stability, reproducibility, and precision.
ELCA Principle
ELCA utilizes a four-point probe measurement principle to determine the electrical resistance of a sample while minimizing contact resistance effects. Combined with integrated thermal control modules, the system enables automated electrical characterization under controlled temperature conditions.
ELCA – Precision Meets Flexibility
Designed for material research laboratories and industrial quality assurance, ELCA supports a wide range of conductive materials and sample geometries.
- Wide temperature range: Electrical characterization from −20 °C to +260 °C.
- High measurement accuracy: Four-point probe technology minimizes measurement errors caused by contact resistance.
- Flexible sample handling: Suitable for metals, alloys, ceramics, thermal interface materials, and advanced functional materials.
- Integrated thermal control: Heating and cooling modules provide stable and reproducible temperature conditions.
- Cross-platform compatibility: Developed to operate alongside the LaTIMA platform, enabling combined electrical and thermal characterization of the same material systems.
Extend Your Material Characterization Capabilities
The combination of ELCA and LaTIMA enables comprehensive characterization of material properties by determining both electrical and thermal transport behavior on the same sample within a single measurement platform ecosystem. This allows the investigation of conductivity correlations, validation of the Wiedemann–Franz relationship, and advanced material analysis for research and industrial applications.
Ideal for Use in
- Electronics Packaging
- Thermal Interface Materials
- Advanced Materials Research
- Semiconductor Materials
- Energy Technologies
- Metals and Alloys Characterization
- Quality Assurance and Failure Analysis
Ready to Take Your Material Characterization Further?
Discover how ELCA delivers reliable temperature-dependent electrical conductivity measurements and complements thermal characterization with LaTIMA for a complete understanding of material performance.