DATA SHEETS PRODUCT EXPLORER CONTACT Home Markets Products Company Resources Media Contact Us Newsletter Sign Up Engineered Syntactics Our high performance syntactic materials are designed to work seamlessly with Toray prepregs and resins. These unique materials are proven in filler and core applications within the aerospace and high performance automotive industries, adding strength and stiffness without adding weight. Syntactics OverviewFeaturesResources Product Explorer Syntactics Valued for their light weight and high strength, Toray's syntactics materials are used to fill honeycomb core or hollow spaces, providing strength for fasteners and preventing moisture/fluid ingression. Many of Toray's radome materials have companion low dielectric syntactic systems produced in carbon-free, electrically pure environments. Features of Our Materials High Strength Toray's syntactic materials have high compressive strengths to efficiently transfer the load between fasteners and composite skins. Low Outgassing Toray's syntactics materials are approved for use on spaceflight structure. These materials have been tested and approved for space, exhibiting low outgassing and low moisture absorption. Low Loss/Low Dielectric Toray's syntactics are low in dielectric strength and are low loss materials compatible with Toray's radomes prepregs. This provides radome fabricators with a matched system for complex multi-core radome fabrication. Resources Advanced Composite Selector Guide Download PDF Toray Guide to Composites—Volume One Request print copy Material Formats Syntactic Films Toray's syntactic films provide permanent structural bonds that resist heat and harsh environments, while our surfacing films provide high-quality surfaces off the tool, offering a blemish-free, ready-to-prime composite surface. Syntactic Expanding Films Toray's expanding foams are used in closed mold applications to generate internal pressure, as the hollow microspheres inside expand with the application of heat during the curing process. They feature good high temperature and dielectric properties. Syntactic Pastes Toray's syntactic pastes are valued for their extremely low density and good structural properties. These materials do not require pressing during cure to achieve their mechanical properties and are easily machined to shape if required. Explore Our Products Product Explorer Search and compare our products using the Toray Advanced Composites product explorer. Filter Tg, cure temperature, resin, and technology to find the ideal product for your program needs. READ MORE Data Sheets Already know what you want? Navigate to our library for all the details on that product. Data sheets can be viewed online, downloaded, or added to your info basket. READ MORE Resources Access our online resources, including calculators, processing guides, whitepapers, technical articles and more. READ MORE Toray MicroPly™ TCF4045 Toray MicroPly™ TCF4045 is a low-density epoxy syntactic film. It displays both good mechanical and low dielectric loss and constant properties. The material's base resin chemistry features low moisture absorption with good high temperature properties. Go to product page Need more information? At Toray our goal is your success. If you have any questions or would like to learn more, please contact us. Toray Advanced Composites UK EMAIL CALL +44 1773 530899 Sign up for our Newsletter Subscribe Markets Aerospace Space Automotive Consumer Industrial Products Thermoplastic Thermoset Composite Tooling Adhesives and Core Parts and services Company About Us Working at Toray Company Docs and Policies Resources Data Sheets Calculators Selector Guides Processing Guides Articles and Tech Papers Webinars FAQs Media Newsroom Blog Success Stories Newsletter Sign Up Contact Us Contact Form Locations Events JOIN US ON TERMS, CONDITIONS, AND DISCLAIMER COOKIE POLICY PRIVACY POLICY Toray TCAC Holding B.V. - Chamber of Commerce: 66837413 - VAT nr. NL8567.18.464.B01 © Toray Advanced Composites 2021. All rights reserved. All trademarks mentioned are the property of their respective owners in one of more countries We use cookies for social media functionalities, personalized content and analytics. By clicking 'Accept' or continuing to browse our site and clicking through, you agree to such use and the sharing of your data with our partners. To find out more about our use of cookies, our partners or how to withdraw your consent see our Cookie Policy. ACCEPT