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Tagged: Thermal Stability

Dow Silicones Support EV Battery Performance and Safety

Dow has published an article in EV Design and Manufacturing that explains why silicones are instrumental in supporting EV battery performance and safety. Designers have a choice of thermal management and fire protection materials, but silicones combine thermal stability, high temperature resistance, and electrical insulation along with other critical characteristics.

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Webinar Recording: “From Concept to Compound: Silicone High Consistency Rubber Solutions”

On Thursday, October 23, 2025, RDAbbott hosted a webinar about Dow SILASTIC™ HCRs. During this 53-minute presentation, Jake Steinbrecher and Dave Armstrong of Dow explore how custom SILASTIC™ HCR silicone solutions can be engineered to solve real-world challenges—enabling safer, more efficient, and longer-lasting products.

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“From Concept to Compound: Silicone High Consistency Rubber Solutions” Webinar by RDAbbott (October 23)

RDAbbott is hosting a free webinar featuring Dow SILASTIC™ silicone HCRs on Thursday, October 23, 2025, from 11:00 AM to 12:00 PM (ET). Jake Steinbrecher and Dave Armstrong of Dow Performance Silicones will be our presenters. Join us as we explore how custom SILASTIC™ HCR silicone solutions can be engineered to solve real-world challenges—enabling safer, more efficient, and longer-lasting products.

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Webinar Recording: Dow Self-Lubricating LSR with Novel Third-Stream Additive

RDAbbott is sharing a recording of their recent webinar titled “Improving Self-Lubricating LSR in Sealing Applications with a Novel Third-Stream Additive.” This one-hour course about a new Dow liquid silicone rubber (LSR) product was livestreamed on October 19, 2021.

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“Improving Self-Lubricating LSR in Sealing Applications with a Novel Third-Stream Additive” Webinar by RDAbbott (October 19)

Self-lubricating LSR is the material of choice for electrical sealing applications in automotive applications. With constant changes in the industry, the performance requirements of this material becomes increasingly challenging and related material formulations constantly more complex. This discussion will give an overview on factors impacting sealing properties, propose a new additive to noticeably shift the thermal stability of a whole material family, and provide insights on how this new additive can stabilize the set of mechanical properties at elevated temperatures.

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