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Sulfur curing and peroxide curing are the two main crosslinking systems used for EPDM rubber, but they create vastly different material properties. In this video, we break down the key differences between sulfur-cured and peroxide-cured EPDM, from formulation and processing to final applications. 🔹 What You'll Learn in This Video: ✔️ Sulfur curing vs. peroxide curing: How each method works ✔️ Key ingredients in sulfur-cured and peroxide-cured EPDM ✔️ Processing challenges: Mixing, extrusion, and scorch safety ✔️ Curing methods: Steam, salt bath, hot air tunnels, and CV lines ✔️ Final properties: Heat resistance, compression set, and chemical resistance ✔️ Best applications for sulfur-cured vs. peroxide-cured EPDM 📌 Key Takeaways: Peroxide curing gives superior heat resistance (180-200°C), low compression set, and better chemical durability, making it ideal for automotive seals, high-voltage cables, and chemical-resistant gaskets. Sulfur curing provides better flexibility, dynamic performance, and cost-effectiveness, making it the go-to for weatherstripping, vibration dampers, and dynamic seals. Processing differences: Peroxide curing requires lower mixing temperatures to prevent premature crosslinking, while sulfur curing allows higher processing temperatures and better extrusion stability. If you're working with EPDM rubber compounding, this video will help you choose the right curing system for your application! Perfect for: Engineering students Materials scientists Industry professionals Chemistry enthusiasts Anyone curious about how everyday materials work NEVER MISS AN EPISODE: Hit SUBSCRIBE and turn on notifications! @MyRubberHeart Follow us on social media for behind-the-scenes content: X.com: https://x.com/myrubberheart_ Tiktok: / myrubberheart ENGAGE WITH US: Comment below with your questions about rubber modification Share your experiences with modified rubber materials Suggest topics for future episodes ❤️ SUPPORT THE SHOW: Share this video with fellow science enthusiasts Check out our videos from season 1 #RubberScience #MaterialsEngineering #ChemicalModification #ScienceEducation #Engineering #Chemistry #RubberTechnology #MaterialScience #IndustryInnovation #STEM #EPDM #RubberCompounding #SulfurCuring #PeroxideCuring #RubberProcessing #PolymerScience #RubberEngineering #RubberManufacturing