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Innovating Today for a Better Tomorrow
Purpose-driven Innovation
We believe that innovative chemistry has a fundamental role in solving the challenges our world faces today. At Cabot, our purpose drives our innovation. We work closely with our customers to deliver more energy efficient and sustainable solutions that advance their product performance, and we focus on key growth vector applications in transportation and packaging, where our technologies can enable transformational benefits. We are also focused on opportunities to reduce our carbon footprint, through our own technical developments and in partnership with collaborators in industry, academia and national laboratories.
We believe we have a critical role to play in the global electrification of vehicle fleets and stationary energy storage. Our innovative conductive additives enable our customers to make more efficient, longer life lithium-ion batteries for a more sustainable electric vehicles (EV) and battery storage future. We have invested and developed a broad portfolio of conductive additives for batteries including conductive carbons, carbon nanotubes, carbon nanostructures and blends of conductive additives to deliver optimal performance. Our fumed alumina is also used for the separator and cathode active material coatings and our aerogel can be integrated into the thermal barriers for lithium-ion batteries.
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Our EVOLVE® Sustainable Solutions technology platform is designed to deliver products that offer sustainable content with reliable performance at industrial scale. This technology platform focuses on the development of breakthrough sustainable products and process technologies that leverage circular value chains and/or materials recovered from end-of-life tires and/or recycled materials, and/or renewable and bio-based materials, and/or processes that reduce greenhouse gas emissions.
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Inkjet printing is undergoing a significant technological transformation, expanding its focus from traditional home and office environments to now include a wider array of industrial applications including packaging, labels, textiles and graphic arts. This evolution is catalyzed by scientific advancements in particle, ink and hardware that we are leading through our surface modification and dispersion expertise. These innovations require systemic understanding of a complex series of interactions such as facilitating sustainable printing on diverse substrates and in high-paced, manufacturing settings.
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