[English] HAITIAN: PUR In-Mold Coating for the Automotive Industry: The Future of Coating & Painting Molded Components

As demand for high-barrier films continues to grow across Southeast Asia, alongside the accelerating shift toward automated production, film thickness uniformity and continuous process stability have become critical manufacturing challenges.By integrating advanced blown film die technology with intelligent integrated die systems, JCTIMES delivers highly efficient and reliable precision control solutions, enabling customers to achieve greater consistency, stability, and productivity in multilayer coextrusion processes.Key Takeaways：✔ 2.5D Analysis System: Optimizes flow channel design and material compatibility through advanced simulation and analysis.✔ Integrated Intelligent Precision Die: Integrates in-line monitoring, automatic feedback, and intelligent adjustment to enhance thickness uniformity.✔ Multilayer Co-extrusion Blown Film Die: Precisely controls multilayer flow distribution and layer ratios for stable and consistent co-extrusion forming.

With surging demand for immediate diagnostic testing fueling the rapid growth of the diagnostic market, Covestro has developed the Maestro demo sample. Leveraging MakoClone® polycarbonate, it simulates non-invasive blood glucose monitoring and optimizes molecular diagnostic testing. Integrating advanced functions, sustainable design and electronic compatibility, Maestro is ideal for clinical and home medical use, exemplifying how materials science powers smarter, connected healthcare solutions. This online seminar will cover: 1. How Covestro's advanced materials enable smarter, more sustainable solutions at the healthcare-electronics intersection 2. The new MakoClone® Dx polycarbonate, featuring high optical transparency and strong chemical resistance 3. An exclusive preview of Covestro's latest solutions to be showcased at the Plastics and Rubber Exhibition100+attendees are already asking! Your needs or pain points could be addressed directly by our speakersQuestions raised by registered audience:1. Is it possible to avoid stress cracking by not annealing?2. Is it possible to produce antistatic yellow transparent PC with a volume resistivity of 10^9?3. Are there any PFAS-free copolymer PCs that are flame-retardant and resistant to low temperatures down to -30°C?4. Does medical-grade PC meet California Proposition 65 requirements regarding BPA content?5. What are the flame-retardant properties of MakoClone® Dx polycarbonate material?(More questions are being collected…)You can now submit your question(Suggested format: application scenario + needs/pain points/questions), and you may receive:1) 1-on-1 answers from speakers2) Free access to online or onsite sessions (based on matched topics), and the chance to connect with more experts!

With the continuous development of the automotive industry, consumers'demands for personalized and diverse interior and exterior designs of cars are increasing. This has driven manufacturers to set higher requirements for materials and production technologies. The development of injection-molded coating (DC/IMC) technology by Covestro began in the early part of this century. After 20 years of technological accumulation, we have gained rich experience in process and material development. In recent years, the Covestro team has deeply participated in multiple DC/IMC mass production projects, closely collaborating with manufacturers and component suppliers, constantly exploring innovative solutions, and continuously upgrading DC/IMC base material materials to meet the technical requirements of different components. This online seminar will cover: 1. Explanation of DC/IMC technology 2. Introduction to DC/IMC mass production projects 3. Overview of IMC specification PC materials100+attendees are already asking! Your needs or pain points could be addressed directly by our speakersQuestions raised by registered audience:1. What is the recommended thickness for the substrate? What is the recommended thickness at the base of the ribs? Will surfaces with ribs, clips, or other structural elements on the back shrink?2. Which coating layer is suitable for 120°C cores, HDPE, and PP materials?3. What is the softest possible hardness of this coating layer? What is the hardest possible hardness? Can it be transparent? Is it UV resistant and suitable for outdoor use?4. Is IMC only suitable for large parts? Is it suitable for parts the size of a mobile phone?5. How to address the increased post-coating costs caused by defects in the pre-made parts before PUR coating? How does this cost compare to offline coating?(More questions are being collected…)You can now submit your question(Suggested format: application scenario + needs/pain points/questions), and you may receive:1) 1-on-1 answers from speakers2) Free access to online or onsite sessions (based on matched topics), and the chance to connect with more experts!