Webinar Recording: “Formulation for Fire & Foam: Custom-Engineered Silicone HCR Solutions”

On Thursday, November 5, 2026, RDAbbott hosted a webinar titled “Formulations for Fire & Foam: Custom-Engineered Silicone HCR Solutions.” This 60-minute presentation explores how High Consistency Silicone Rubber (HCR) materials from Dow are helping manufacturers address demanding requirements for durability, safety, and performance.

Jake Steinbrecher, Senior Technical Service & Development Scientist for Dow Consumer Solutions, Mobility & Transportation, and Mengjie Yu, Ph.D., a Senior Research Specialist at Dow, were the presenters.

This recording is part of RDAbbott’s 2026 Webinar Series, which provides technical insights, materials updates, and processing recommendations from our supplier partners.

HCR Silicone Advantages

HCR silicones exhibit superior mechanical strength, durability, and processing flexibility. They also offer thermal stability across extreme temperature ranges. Consequently, these materials are used for custom-engineered solutions in severe environments.

Because silicone HCR materials can be tailored through compounding, formulators can fine-tune specific properties like flame retardancy and thermal insulation. Fabricators can then produce parts with complex geometries, tight tolerances, and that meet demanding specifications.

Why You Should Watch and Listen

By watching this free recording, you’ll learn how custom-engineered HCR formulations from Dow can be tailored to address across aerospace, mobility, infrastructure, energy storage, and industrial applications.

The presentation first examines flame-retardant HCR materials, including fully formulated compounds and flexible platform technologies built around ready-to-formulate HCR bases and flame-retardant additive packages. Attendees gained insight into material options that can help meet demanding performance requirements while supporting efficient manufacturing.

Attendees also learned about silicone HCR foam technologies designed to deliver flame retardancy, thermal insulation, weather resistance, and long-term reliability. These foam products are particularly well suited for sheets, slabs, and sealing applications where protection from heat, flame, moisture, and environmental exposure is essential.

The presentation concludes with an overview of Dow’s custom compounding capabilities, demonstrating how tailored HCR solutions can be developed to address specific application needs, performance targets, and processing requirements.

Through practical examples, you can gain a better understanding of how customized silicone formulations can help solve complex engineering challenges across a range of industries.

About the Presenters

Jake Steinbrecher is the Senior Technical Service & Development Scientist for Dow Consumer Solutions, Mobility & Transportation. Jake is a globally recognized technical leader in the fields of silicone elastomers and silicone part fabrication. His current focus is developing applications for a variety of silicone elastomers in the mobility and LED lighting markets and providing direct support to silicone fabricators.

Jake has been a Technical Service & Development engineer at Dow since 2010. In that time, he has been focused on the development of silicone elastomers for lighting, molding and EV applications. In addition to an emphasis on application development of silicone materials for EV powertrain; Jake also provides engineering and technical sales support for silicone materials used in LED lighting technologies. His expertise includes advanced optical silicone materials as well as related silicone rubber technologies for meeting specialized design requirements in automotive, LED lighting and other mobility applications.

Prior to joining Dow in 2010, Jake worked as an engineer in the heavy equipment industry; after graduating from Michigan Technological University with a B.S. in Mechanical Engineering in 2008.

Mengjie Yu, Ph.D., is a Senior Research Specialist at Dow, where she focuses on the development of cellular HCR silicone technologies for foam and sponge applications. She joined Dow in 2025 and works on advancing silicone materials that help address demanding performance and processing requirements across a range of industries. Mengjie earned her Ph.D. in Macromolecular Science and Engineering from the University of Michigan. Her expertise includes silicone foam technology, material development, and custom-engineered HCR solutions.

To learn more about the other webinars in RDAbbott’s 2026 Webinar Series, visit RDAbbott.com/news/2026webinars.