The most commonly used fibers are glass and carbon, which can be processed in plane or satin structures to form woven fabrics. The Future of Thermoset Testing: A Look at the Latest DevelopmentsĬomposite systems consist of two sub-constituents: woven fibers as the reinforcement element and resin as the matrix. Practical examples of product challenges solved by pull-winding What are the benefits of pull-winding and how can it achieve thin-walled profiles? Introducing pull-winding, and how it compares to other composite manufacturing technologies like filament winding or pultrusion Join the webinar to learn why you should consider pull-wound composites for your product. The possibilities for customizing the profile’s features are almost limitless - and because pull-winding is a continuous process, it is well suited for high volume production with consistent quality. Pull-winding makes it possible to manufacture strong, lightweight and extremely thin-walled composite tubes and profiles that meet both demanding mechanical specifications and aesthetic needs. In this webinar, composite experts from Exel Composites explain the benefits of a unique continuous manufacturing process for composites profiles and tubes called pull-winding. OEMs around the world are looking for smarter materials to forward-think their products by combining high mechanical performance with lightweight design and long-lasting durability. Understanding Pull-Winding: A Unique Continuous Manufacturing Process for Composite Profiles and Tubes How this Digital Mold technology has enabled manufacturers to optimize production, and improve quality and reliability How dielectric sensors work with different composite resins, fibers and processesĬase histories of in-mold dielectric sensors and data analytics used to monitor resin mixing ratios and predict potential material deviations This Digital Mold technology has enabled manufacturers to reduce scrap by up to 50% and generated energy savings of up to 23%.ĭealing with the challenge of material deviations and production anomalies Successful case histories with real parts illustrate how sensXPERT sensors, machine learning, and material models monitor, predict, and optimize production to compensate for deviations. See the progression of curing and demold the part when the desired degree of cure, Tg or crystallinity is achievedĭocument resin mix ratios using snap-cure resins for qualification and certification of RTM parts Predict the influence of deviations or material defects during the process Monitor material deviations such as resin mix ratio, aging, and batch-to-batch variations throughout the process In-mold dielectric sensors paired with data analytics technology enable manufacturers to:ĭetermine glass transition temperature in real time As industries advance new bio-based, faster reacting and increased recycled content materials and faster processes, how can manufacturers quickly establish and maintain quality control? Today’s competitive environment demands cost-efficient, error-free production using automated production and stable processes. These can cause fluctuations in material flow, cooling, and cure according to environmental influences and/or batch-to-batch variations.

Manufacturers often struggle with production anomalies that can be traced back to material deviations. Enabling Automated Quality Control in Composites for Less Scrap, Higher Yield

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