On Thursday, November 5, 2026, RDAbbott hosted a webinar exploring how custom-engineered HCR formulations from Dow can help address demanding requirements for flame retardancy, thermal insulation, durability, and long-term performance. Through practical examples from the automotive/EV, aerospace, and energy industries, participants gained insight into flame-retardant HCR compounds, silicone HCR foam technologies, and tailored solutions designed to solve complex engineering challenges.
Thermax® N990CG medium thermal carbon black meets the requirements for carbon black specified in EU 10/2011, enabling its use in water gaskets. It also carries an effective Food Contact Notification (FCN No. 2420), allowing it to be used in applications covered under CFR 177.2600 rubber articles intended for repeated use. By watching this webinar recording, you’ll learn how Thermax® N990CG can serve as a drop-in replacement for standard N990 in rubber formulations, while ensuring compliance with stringent regulatory requirements for food contact and consumer goods.
Dow MobilityScience™ has launched an interactive 3D platform that explores advanced materials across key automotive systems, from electric vehicles to internal combustion engines. The tool provides a system-level approach that brings together Dow’s broad portfolio of material solutions for the transportation and automotive industries.
Cancarb Limited has published a Technical Bulletin about the benefits of using Thermax® N990CG in milking liners made of nitrile butadiene rubber. Thermax® N990CG is an FDA-approved thermal carbon black that’s designed to improve the properties and performance of rubber that’s used repeatedly with food items.
Cancarb Limited has published a Technical Bulletin about the benefits of using Thermax® N990CG in milking liners made of silicone. Thermax® N990CG is an FDA-approved thermal carbon black that’s designed to improve the properties and performance of rubber that’s used repeatedly with food items.
Parker Lord has published a landing page about Chemlok rubber-to-metal bonding solutions for infrastructure, agriculture, construction, tank liners, mining, and the oil and gas industry. This online resource describes how Chemlok adhesives support these demanding applications and provide valuable performance advantages.
Dow has published a new white paper, “Blue Light Photothermal Aging of Thermoplastic and Silicone Lens Clusters,” with insights for luminaire designers, optical engineers, and LED module manufacturers. Through comparative testing under heat and blue-light irradiance, silicone optics demonstrated superior stability under high photothermal loads, while the thermoplastic optics were prone to discoloration, and, in some cases, catastrophic thermal runaway.
On Wednesday, July 15, 2026, RDAbbott co-presented a Liquid Silicone Rubber (LSR) Set-Up and Processing Webinar with Sodick & Friends, an online educational video series. A webinar recording is now available for on-demand viewing on Sodick’s YouTube channel.
For decades, Chemlok® adhesives have helped engineers create durable rubber-to-metal bonds that improve performance, reduce vibration, and enhance reliability across countless applications. Discover the legacy of inventor Don Alstadt, explore the industries impacted by Chemlok technology, and access Parker Lord’s Chemlok® Adhesives Selector Guide to help identify bonding solutions for your next project.
TSE Industries has published an article that explains how to mix its Millathane® millable polyurethanes. These strong and abrasion-resistant elastomers can be processed using conventional rubber equipment, but achieving consistent, high-quality results requires a controlled and well-structured approach to mixing.
Global Headquarters:
R.D. Abbott Co., Inc. (RDAbbott)
11958 Monarch Street
Garden Grove, CA 92841
Phone: 562.944.5354
Fax: 562.944.5374
