White PaperDesign
The Importance of Flame Retardant Epoxies
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Flame retardant epoxies play a critical role in applications and products where safety and reliability are paramount. From consumer electronics, appliances, electrical components, automobiles, and airplanes, flame retardant epoxies are critical for assuring the longevity and safety of the device or component in question. Learn more about the testing process and industry standards for flame retardant epoxies while exploring a range of products that meet these challenging specifications.
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Overview
The white paper discusses the critical role of flame retardant epoxies in ensuring safety and reliability across various industries, including consumer goods, electronics, automotive, aerospace, and aviation. It highlights the ongoing efforts of Master Bond's team of chemists to develop new formulations that meet stringent flame retardancy, health, and safety demands.
Key parameters assessed during flame retardancy testing are outlined, including burn rate, burn length, and elapsed time of burn, as specified by FAR Standard 14 CFR 25.853(a) for both vertical and horizontal burn tests. The paper details the specific testing requirements for compliance with Boeing and Airbus standards, including smoke emission and toxic gas generation assessments. For instance, the Boeing BSS testing evaluates smoke density and toxicity during burning, while Airbus standards involve a vertical burn test and subsequent analysis of smoke and toxic gas emissions.
The document emphasizes the importance of these tests in ensuring that materials used in critical applications do not pose safety risks. It also describes the unique features of Master Bond's flame retardant epoxies, such as their one-part system, non-halogenated flame retardants, and ability to withstand thermal and mechanical shocks. These products are designed to retain toughness and heat resistance up to 500°F, making them suitable for demanding environments.
Master Bond prides itself on providing personalized support throughout the design, prototyping, and manufacturing processes, ensuring that each inquiry is handled by an experienced technical representative. The white paper serves as a resource for understanding the significance of flame retardant materials and the rigorous testing standards they must meet to ensure safety and performance in various applications.