Trinseo

Choosing the right acrylic latex takes more than comparing technical data. Giona Kilcher, CASE Global Business Director for Latex Binders at Trinseo, shares four questions manufacturers should consider when evaluating an acrylic latex partner: • Can they help solve your application challenge? • Does their solution create value across cost, performance and efficiency? • Can they support development and production at scale? • What will it be like to work together? Drawing on LIGOS™ A 9202 as one example, Giona explores how technical expertise, application support and direct collaboration can help move a solution from the laboratory to commercial production. Read the full article: https://ow.ly/Rtfj50ZQbzQ #AcrylicLatex #LatexBinders

Thicker electrodes can increase capacity, but they can also make fast charging more difficult. When lithium moves unevenly through an electrode, non-uniform lithiation and lithium plating can limit high-rate performance. How can battery teams design around that tradeoff? Join Trinseo’s David Zhu, Ebrahim Abouzari Lotf and Julian Kalhoff for a webinar on electrode design strategies for fast-charging lithium-ion batteries. They’ll explore: ✅ How particle size, conductive networks, multilayer coatings and primer layers can improve charge uniformity. ✅ Design considerations for translating electrode concepts from the lab to manufacturing. ✅ Why binder chemistry, including SBR/PAA, deserves a closer look in fast-charge development. If your team is working to increase capacity without sacrificing charging speed, register to explore the design choices that influence both.

Your electrode design may look promising on paper. But what happens during drying and calendering can change how it performs under fast-charging conditions. These manufacturing steps affect porosity and tortuosity, shaping resistance and the pathways ions must travel through the electrode. Binder chemistry is another important part of that equation. In Trinseo’s upcoming webinar, David Zhu, EMEA/NAA BD Leader & Global Battery Technology Leader; Ebrahim Abouzari Lotf, Battery Scientist; and Julian Kalhoff, Battery Business Development Manager, will connect these material and process decisions to the fast-charging challenges battery teams face in practice. Register to take a closer look at how material, electrode design and processing decisions can influence charge uniformity and high-rate performance.

Fast-charging performance depends on more than the active material. The binder holding the electrode also deserves a closer look. It can influence electrode cohesion and charge uniformity under demanding conditions. In Trinseo's upcoming webinar, David Zhu, EMEA/NAA BD Leader & Global Battery Technology Leader; Ebrahim Abouzari Lotf, Battery Scientist; and Julian Kalhoff, Battery Business Development Manager, will share recent findings on binder chemistry, including SBR/PAA, and explore how binder selection and electrode design work together to support fast-charge capability. Register to learn the role binder chemistry can play in your fast-charging development strategy.

Robots are only as capable as the materials inside them. As physical AI advances, design teams are asking for components that are lighter and stronger, while supporting easier integration and safer operation. Join Trinseo's Alain Minelli and Shankar Subramanian for a webinar on materials for physical AI systems. They'll explore: - Trends shaping the physical AI and robotics landscape. - Key material challenges in modern robotics design. - Application examples across critical robot components. Register to see how advanced polymers can help you design the next generation of robots.

Robotics and physical AI are evolving fast, and the systems being built today need to be lighter, stronger and safer. Materials play a critical role in making that possible. In Trinseo's upcoming webinar, Alain Minelli, Global Director, Product Management, NBD and Marketing; and Shankar Subramanian, Senior Polymer Engineer, will discuss how Trinseo's advanced polymer technologies can open new possibilities for next-generation robots. Register to learn how the right materials can help your team keep pace with physical AI.