Canrud

Material Evaluation & Testing

We provide systematic materials testing and performance evaluation services for battery materials and electrochemical energy storage systems, covering physicochemical characterization, electrochemical testing, and full-cell performance validation. All evaluations are conducted under standardized laboratory protocols, supporting battery materials screening, electrolyte formulation optimization, and application-oriented performance benchmarking for research, development, and commercial use. Our testing services include cathode materials, anode materials, electrolytes, separators, and functional additives, ensuring reproducible, comparable, and application-relevant performance data across a wide range of battery systems. Contact Us or Request a Call/Meeting
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Our Services

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Characterization & Analysis

Perform detailed physicochemical and structural characterization of electrode, electrolyte, separator, and other battery materials. Techniques include surface morphology, particle size distribution, elemental composition, and structural integrity analysis, providing the foundational data for material optimization and quality control.

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Cell Performance Testing

Evaluate the full-cell performance of batteries under various operating conditions, including charge/discharge cycling, capacity retention, and rate capability. Supports battery design validation, material selection, and prototype testing for reliable energy storage solutions.

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Electrolyte Performance Testing

Assess electrolyte properties such as ionic conductivity, viscosity, thermal stability, and compatibility with electrode materials. Ensures optimized electrolyte formulation for stable operation and enhanced battery performance across chemistries.

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Separator & Materials Testing

Conduct performance evaluation of separators and other functional materials, including mechanical strength, porosity, thermal stability, and chemical compatibility. Provides critical data for safe and efficient battery operation and long-term reliability.

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