Ensuring continuous raw material procurement and preventing battery failure is imperative for Li-ion batteries to dominate the alternative energy revolution. Investing in the proper devices to assess the integrity of different components (separators, binders, electrolytes, and electrodes) will help ensure the safety of the battery and reduce the risk of failure.
Manufacturers need reliable equipment to develop new technologies and ensure the quality of their product across the value chain. Different analytical methods can be used to ensure performance and safety throughout the battery life cycle.
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Ensuring raw material procurement and preventing battery failure is imperative for Li-ion batteries to dominate the alternative energy revolution. Learn how we support the battery industry through various steps of its value chain. |
Efficient, safe, and rechargeable batteries are indispensable in today’s economy. Ensuring raw material procurement and preventing battery failure is imperative for Li-ion batteries to dominate the alternative energy revolution. Learn how we support the battery industry through various steps of its value chain.
In this guide, you will learn how to leverage innovative technologies to optimize various steps in the battery value chain, from testing raw materials and separated components to production, final quality control, and the recycling of batteries.
Download our guide to learn more about our solutions for the battery industry.
Enhancing Quality and Durability
More about Li-ion Batteries
Laboratory and industrial solutions support lithium ion battery development and production, starting from components testing to final battery quality control.
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