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    batteries industry

    Battery materials

    The power to drive your future.

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    Our best-in-class LiNi0.5Mn1.5O4 (LNMO) cathode active materials (CAM) makes us the most advanced LNMO producer.

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    Excellent price-performance ratio

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    Performance on par with state-of-the-art high nickel lithium-ion batteries, but at lower cost

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    Substantial R&D efforts into customer-specific programs

    Batteries

    Best-in-class cathode active materials


    Demand for rechargeable batteries is increasing substantially. With the increase comes a requirement for developing more sustainable and cost-effective battery materials for them. Forward-thinking companies are focusing on reducing critical and hazardous materials while bringing down cost and maintaining safe and powerful battery performance.

    We have developed best-in-class LiNi0.5Mn1.5O4 (LNMO) cathode active materials (CAM). LNMO address these important product requirements and will enable producers to meet the stringent demands of the future and drive your lithium-ion battery production and offerings toward new heights.

    Learn more about the unique performance characteristics of the LNMO cathode material in this white paper.

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    Partnering up for the future

    Partnering with us means partnering with the most advanced LNMO producer for the security to drive your company toward a more rewarding future.

     

    Our on-going production scale-up means we will be able to support you with ton-scale production of LNMO from our pilot plant from 2023.


    R&D investments into customer programs

    We invest substantial R&D efforts into customer-specific programs, to jointly engineer the specific battery solution that will keep you at the forefront of lithium-ion battery performance. Successful battery development derives from close collaboration between the customer, the cell manufacturer, and the battery chemistry supplier.  

    LNMO cathode active materials – for next generation rechargeable batteries  

    LNMO is a cobalt-free high-voltage (5V) spinel for use in next-generation lithium-ion rechargeable batteries. It will bring performance on par with state-of-the-art high nickel lithium-ion batteries but at a much lower cost​ and with substantial environmental gains in the supply chain. 

    5 advantages of our LNMO cathode materials

    1. A sustainable alternative to today’s mainstream lithium-ion battery materials

    LNMO enables water-based electrode preparation, uses more abundant manganese, is free of cobalt and has low nickel content. This makes the LNMO a long-term and effective method for reducing critical and hazardous materials in your supply chain and prepare early on for the tightened regulatory demands of the future.

    2. The flexibility to optimize your battery pack design with higher voltage or fewer cells

    The high working potential requires fewer cells to reach the same voltage. This provides equipment manufactures with the flexibility to choose a battery pack with the same voltage, and fewer cells, or increase the voltage with same number of cells. Regardless of your choice, your equipment will be allowed to operate more efficiently. 

    4. High discharge rates and fast battery charging

    A stable, 3-dimensional LNMO spinel structure enables high discharge rates and fast battery charging.

    3. Excellent price-performance ratio

    Delivering high energy density using 64% less nickel, 30% less lithium and 100% less cobalt compared to NMC-811.

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    5. Engineered materials

    Tunable chemistry and poly- and single crystalline particles tailored to application specific requirements are key parameters when optimizing your cathode for energy and power.

    Highlights

    Battery materials
    Expert article

    The cathode material for next-generation lithium ion batteries is ready

    The world needs better and cheaper rechargeable batteries to satisfy the demand for battery electric vehicles with longer range and more powerful cordless devices. A potential solution is high voltage Lithium-Nickel-Manganese Oxide (LNMO) cathode material in next-generation batteries.
    Get full details
    battery material
    White paper

    A game-changing approach to stable cycling of LNMO-graphite cells

    The need for cost-effective and high-performance energy storage solutions has been a driving force in advancing battery technology. In this context, the combination of a high-voltage cathode material, like Lithium Nickel Manganese Oxide (LNMO) with graphite as the anode, has emerged as an exceptionally promising system for automotive application. This paper will introduce “non-chemical crosstalk” that relates to the interplay between state of charge at the electrodes which is largely governed by N/P ratio and voltage window.
    Get full details
    Battery materials
    White paper

    Developing a high-performance, cobalt-free, 3V battery cell

    Current Li-ion technology cannot satisfy the charge-speed and cycle-life requirements needed to achieve widespread acceptance in markets like rail, micro-transport, and e-ferries. A Li-ion cell’s performance is the result of careful interplay between its various components, guided by active materials, cell design, and voltage limits. With these factors in mind, we at Topsoe and Echion Technologies have developed a cobalt-free 3 V system designed for fast charging, optimal safety, and maximum cycle life by combining a LiNi0.5Mn1.5O4 (LNMO) spinel cathode and an Nb-based XNO anode.
    Get full details

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    Contact us

    Do you have a question about our products or solutions? Or do you want to know how our technologies can support your business? Contact our experts today.

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