Lithium: Powering Innovation Across Industries

Lithium, the lightest of all metals, holds a significant place in modern technologies and scientific applications. With its silvery-white shine, this soft metal, although highly reactive, boasts the ability to conduct electricity, making it invaluable in the realm of rechargeable batteries. In fact, one of the most recognized uses of lithium today is in lithium-ion batteries. Commonly found in devices we use daily, from smartphones and laptops to the increasingly popular electric vehicles, these batteries have distinct advantages over their counterparts. They possess a higher energy density, witness a slower rate of self-discharge, and have an extended lifespan.

But lithium’s utility isn’t confined to the tech world. Beyond batteries, lithium is used in the production of ceramics and glass, helping to reduce their melting point and improve their overall durability. This versatile element is also crucial in metallurgy, particularly in creating the robust aluminum-lithium alloys essential for aircraft construction. Additionally, lithium finds utility in lubrication, air purification, and a range of medical and pharmaceutical roles.

As the demand for lithium continues to rise, producers are compelled to enhance their extraction processes for more efficient and sustainable lithium production. Ensuring a stable and long-term lithium supply requires innovative technologies and methods. Lithium, being a lightweight element, is particularly well-suited for measurement using LIBS (Laser Induced Breakdown Spectroscopy). This analytical technique has proven to be invaluable, as alternative methods are often held back by their limitations. 

LIBS revolutionizes lithium analysis by directly assessing content without the need for sample preparation, significantly speeding up the process. This technique not only identifies impurities in saline solutions and lithium battery materials, but also determines the chemical composition of ores, ensuring quality control. Compared to traditional methods, LIBS delivers a faster, accurate, and non-invasive analysis, making it a game-changer for lithium producers facing the challenges of a rapidly increasing global demand.

In this era of relentless innovation and commitment to sustainability, embracing LIBS isn’t just smart – it’s the way forward. We invite you to explore and consider our LIBS solutions, joining us on this exciting journey towards the next chapter of lithium analysis.


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AtomTrace a.s.

Vědecko-technický park profesora Lista
Kolejní 9, Brno 612 00
Czech Republic

Identification number: 03396916
VAT: CZ03396916



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