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Ensuring optimal quality and performance in battery manufacturing
The quality and performance of battery components are critical to your success. In your incoming materials and electrode processing electrode processing quality assurance and quality control (QA/QC) processes, you might encounter common issues like material impurities, inconsistent electrolyte quality, and defective slurry formulations, which can hinder performance and safety. Thermo Fisher Scientific provides connected informatics, process metrology, and proven workflows for laboratory QC and failure analysis. These solutions can be deployed globally, offering you expert support, speed, and scalability.
Incoming materials and mineral processing
Raw materials control
The foundation of our battery technology lies in the careful selection and processing of raw materials. Utilizing advanced analytical techniques such as ICP-MS and ICP-OES, we have the ability to analyze the purity and consistency of the materials we use. This rigorous testing process is vital in preventing impurities that could compromise battery life and safety, helping to ensure our products deliver maximum reliability and performance.
Mineral resource processing
The foundation of high-performance batteries lies in the meticulous processing of mineral resources. Utilizing XRF technology, we conduct detailed elemental analysis to guarantee the purity and quality of our raw materials. This stringent control process is essential in preventing contaminants that could compromise battery life and safety, helping to ensure our products deliver exceptional reliability.
Cathode and anode QA/QC
Ensuring precise and accurate detection of impurities and deffects of cathode and anode materials needs to be consistant because they significantly affect the performance, safety and logevity of batteries.
Electrolyte QA/QC
Maintaining high-quality electrolytes is crucial for battery efficiency and longevity. Ensure electrolyte quality with robust QA/QC processes. Accurate analysis is vital for battery performance and safety.
Comprehensive guide to electrolyte, cathode and anode analysis with raman spectroscopy
Our detailed guide walks you through the process of analyzing and improving the key components of lithium-ion batteries, including cathodes, anodes, separators, and electrolytes. By utilizing advanced analytical techniques, you can gain invaluable insights into material properties, helping you to enhance the efficiency, safety, and overall quality of your battery products.
Detect impurities and organic compounds in electrolytes
Ensure battery quality by analyzing electrolytes with ICP-OES and GC-MS to detect impurities and organic compounds, ensuring optimal performance and safety.
R&D for materials
Exploring the physical and chemical properties of materials at micro and nanoscale levels empowers researchers to find new solutions for today's and tomorrow's social and economic issues.
Our Thermo Scientific Inert Gas Sample Transfer (IGST) Workflow is designed to minimize sample degradation, allowing researchers to focus on their most challenging questions. This workflow reveals new insights into air and moisture-sensitive materials.
For Research Use Only. Not for use in diagnostic procedures.