Join us on Thursday, November 5, 2026, from 11:00 AM to 12:00 PM (ET) for a free 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 will gain insight into flame-retardant HCR compounds, silicone HCR foam technologies, and tailored solutions designed to solve complex engineering challenges.
Optical silicones provide long-term stability, material flexibility, and proven processing performance. Due to their high-temperature properties, luminous flux, and resistance to weathering, these advanced silicone rubber materials are well-suited for a variety of LED lighting applications. By understanding the material performance needs in these and other lighting applications, Dow continues to expand its portfolio of moldable optical silicones and is developing innovative technologies, such as clear extrudable silicone rubber. In this webinar recording, three presenters from Dow describe innovative applications for optical silicones in both general and automotive LED lighting.
Optical silicones provide long-term stability, material flexibility, and proven processing performance. Due to their high-temperature properties, luminous flux, and resistance to weathering, these advanced silicone rubber materials are well-suited for a variety of LED lighting applications. By understanding the material performance needs in these and other lighting applications, Dow continues to expand its portfolio of moldable optical silicones and is developing innovative technologies, such as clear extrudable silicone rubber. In this webinar, three presenters from Dow will describe innovative applications for optical silicones in both general and automotive LED lighting.
Cancarb Limited has published a Technical Bulletin with the results of Concrete Water Immersion and Accelerated Weather Testing. The test compared the use of Thermax® N990, a medium thermal carbon black, and CARBOCOLOR®, a concrete colorant, to black iron oxide in concrete. The Cancarb products provided superior tint strength and weather resistance.