Sustainable Solutions and Enhanced Performance in Lead-Acid Battery Production
In a significant stride towards greener transportation, Ahlstrom, a prominent player in the battery materials industry, is elevating its commitment to sustainability and performance. With a diverse portfolio encompassing pasting materials, film separator reinforcement, and Absorbent Glass Matt (AGM) media, Ahlstrom is now making waves with its innovative hybrid pasting material.
Pasting materials are pivotal in the lead-acid battery assembly process, serving to stabilize the active material on electrodes. Ahlstrom’s hybrid pasting material stands out as a groundbreaking fusion of natural and synthetic fibers, offering superior uniformity and enhanced handling properties. The synthetic component ensures improved adhesion of the active material onto the battery plate surface, providing stability as the natural fiber content dissolves in the battery acid.
Marcus Ulrich, Head of Sales for Ahlstrom’s energy storage solutions, emphasizes the uniqueness of this hybrid solution. “This new hybrid material completes our global product portfolio for energy storage materials,” says Ulrich. The breakthrough lies in its ability to stabilize the active mass on the grid, facilitating higher cycling, longer battery life, and streamlining the battery recycling process.
Ahlstrom’s strategic expansion includes manufacturing locations across central Europe and a cutting-edge Glass Fiber Tissue line in Madisonville, KY (USA). This move positions Ahlstrom as a leading, single-source provider of fiber-based battery materials, offering customers a comprehensive range of advanced solutions.
As the world shifts towards sustainable energy practices, Ahlstrom’s advancements in battery materials pave the way for cleaner and more efficient transportation. The hybrid pasting material not only contributes to reducing environmental impact but also signifies a significant leap in the evolution of lead-acid batteries. Ahlstrom’s vision of being a one-stop source for the most advanced battery materials further solidifies its role in shaping the future of energy storage.