Maximize Lithium-Ion Battery Analysis Efficiency

Why ICPOES is the most popular technique for lithium ion battery analysis The ICP-OES technique is extensively used for determining the purity of chemicals used in lithium ion battery manufacturing. Owners of an Agilent 5800 ICP-OES instrument value knowing that the instrument will deliver accurate results for lithium analysis, as well as for other elements in battery components. Lithium ion battery analysis using an Agilent ICP-OES will maximize sample throughput, deliver accurate results, and keep the cost of analysis low. Battery manufacturers value knowing that the instrument delivers fast, accurate, and low cost QC testing, giving them a competitive advantage. Battery Analysis by ICP-OES Elemental analysis of lithium ion battery components using ICP-OES Video: Lithium analysis by ICP-OES - an overview Agilent Applications Chemist, Ruby Bradford, provides a quick overview of the common challenges associated with lithium analysis by ICP-OES and the measurement of other elements in battery raw materials and components and how to overcome those problems. Three minute video. A practical guide to analysis of lithium ion battery materials using ICP-OES Download this eBook to find out: The types of analyses typically done at each stage of the Li-ion battery lifecycle Analysis challenges and how to overcome them Regulations and standards for batteries and battery materials Download eBook The value of knowing Agilent provides the whole solution. These examples of lithium ion battery analysis using Agilent ICP-OES, include the equipment, method parameters, and typical results for several common elemental analyses performed in the lithium ion battery industry. Agilent can supply instruments, consumables, standards, services, software, and more —to bring confidence to your lab. Agilent also offers highly sensitive ICP-MS instruments. Refer to our elemental analysis of batteries page for information about the uses of both ICP-OES and ICP-MS in the battery industry. Application note Determination of elemental impurities in silicon-carbon anode materials in lithium-ion batteries Read now Application note Elemental Impurity Analysis of Lithium-Ion Battery NMC cathode using ICP-OES Read now Customer Testimonial “The 5800 ICP-OES and its sensitive axial view enables dependable trace impurity analyses. The Vertical Dual View package allows us to consistently and accurately quantify target analytes (Li, Ni, Co and Mn) as well as trace The value of knowing you’ll gain competitive advantage with quick, accurate, and low cost QC testing. Lithium ion battery analysis using an Agilent ICP-OES drives down the cost per analysis by getting the right answer the first time, as fast as possible. The key features supporting this include: The 5800 measures samples quickly, which reduces the argon and electricity consumption for each sample. element impurities with high salt concentration in the matrix. Trace impurity analysis of battery metals is critical as these impurities (e.g., Fe, Zn) significantly affect the performance and safety of lithium-ion batteries.” August Meng, Principle Engineer, American Battery Technology Company American Battery Technology Company are a leading US-based battery metals company producing low cost battery metals with a sustainable commitment to closed loop, clean energy technologies. High speed, low gas usage Support for multiple instrument operators of varying experience In a battery QC or research laboratory instrument operators can change frequently. Each operator may have a different level of knowledge and experience, so having a smart instrument that notifies the operator when maintenance is required and shows them how to complete the tasks helps keep sample throughput high and results accurate. Measure all elements at the same time Switching valve increases throughput Agilent ICP-OES instruments include: Pop-up alerts will tell the operator when and how to perform maintenance activities such as torch cleaning or changing tubing. The alerts are based on the number and type of samples measured and ensure the instrument keeps operating well. Maintenance alerts Video guidance Easy torch replacement Improved result accuracy Ensuring the results of elemental analysis of battery components are accurate is critical for QC labs. Typical samples of anode, cathode, and electrolytes have a high matrix, which can cause interferences and cross-contamination between samples. Agilent ICP-OES instruments include useful features to help overcome these issues: Agilent utilizes a unique automatic background correction algorithm called Fitted Background Correction (FBC) to automatically accommodate for small sample-to-sample background variation, common in battery component samples. Background removal Get rinsing right Find problem results Agilent ICP-OES instrument models Agilent 5800 VDV ICP-OES Suits operators of different experience levels. Smart technology ensures accurate results the first time - reducing time wasted remeasuring samples Learn more Agilent 5900 SVDV ICP-OES Offers highest throughput and lowest cost per sample. Includes a switching valve, and can measure axial and radial views at the same time Learn more Agilent offers the whole solution Consumables and Tools Improve confidence in results with recommended consumables, standard solutions, and tools for lithium battery ICP-OES analyses. Get catalog Technical Support Agilent can help you achieve best performance with products and services including method optimization and training Learn more Agilent University Agilent University offers you flexible, cost-effective training options to help your lab achieve greater proficiency and productivity. Learn more Related Products Category: Inductively Coupled Plasma Optical Emission Spectroscopy (ICP-OES) Category: Inductively Coupled Plasma Optical Emission Spectroscopy (ICPOES) Category: Inductively Coupled Plasma Optical Emission Spectroscopy (ICPOES) Category: Instrument Calibration Reference Materials We’re Here to Help You with Your Materials Testing and Research Applications Visit our contact page to connect with an Agilent representative. You can also sign up to receive the latest information from Agilent related to materials testing and research applications, including educational events, webinars, products and more. SPS 4 Autosampler A high-throughput, highperformance autosampler for atomic spectroscopy applications Advanced Valve System (AVS) 6/7 AVS 6/7 is the Advanced Valve System for ICP-OES, reducing costs and boosting productivity Inert Sample Introduction Kits for ICP-OES Convenient ICP-OES inert kits include all sample introduction supplies required for HF analysis. ICP-OES Calibration Standards Single-element and multielement reference materials for ICP-OES Request more information DE43381533