【精彩片段】Covestro科思创：模内涂层（DC/IMC）技术——助力汽车内外饰个性化设计

As automotive manufacturers seek higher efficiency, superior surface quality, and sustainable production, PUR In-Mold Coating (IMC) is emerging as an innovative solution for molded components. In this webinar, Haitian will introduce PUR IMC and its key advantages: ✔ Direct Class A surfaces, No paint shop needed. Cutting costs, labor, and production time in a single step. ✔ Compared to traditional spray painting, PUR in-mold coating dramatically reduces VOC emissions and paint defects like orange peel and runs, giving automotive molders a cleaner, more consistent finish with less scrap. ✔ For automotive molders looking to move up the value chain, PUR in-mold coating opens the door to higher-margin finished-surface programs without the capital investment of a full paint line.

As automotive manufacturers seek higher efficiency, superior surface quality, and sustainable production, PUR In-Mold Coating (IMC) is emerging as an innovative solution for molded components. In this webinar, Haitian will introduce PUR IMC and its key advantages: ✔ Direct Class A surfaces, No paint shop needed. Cutting costs, labor, and production time in a single step. ✔ Compared to traditional spray painting, PUR in-mold coating dramatically reduces VOC emissions and paint defects like orange peel and runs, giving automotive molders a cleaner, more consistent finish with less scrap. ✔ For automotive molders looking to move up the value chain, PUR in-mold coating opens the door to higher-margin finished-surface programs without the capital investment of a full paint line.

A relatable glove‑box fail at a family outing grabs attention. The camera then “zooms through” the panel to reveal the real issue: shrinkage and tolerance. Rongsheng ABS steps in as the solution — with clear cues: flow and stability. A crisp “click” ties precision to everyday life. This hits home with viewers and buyers alike, boosting watch time and engagement on social platforms.

This webinar focus on three core contents: • New Energy Material Solutions: In-depth analysis of polycarbonate's innovative applications in key components including solar combiner boxes and inverters, energy storage system housings and internal components, charging pile protection, portable power stations, and data centers. • Core Application technology Sharing: Sharing polycarbonate's application development technical advantages in long-term reliability, flame retardancy, thermal conductivity, plastic-to-steel substitution, and electromagnetic shielding, enabling safe and efficient operation of solar-storage-charging systems and data centers. • Industry Trends and Sustainable Development: Interpreting development trends in new energy and data center industries, analyzing material technology directions, exploring sustainable material solutions under circular economy concepts, and providing customers with forward-looking technical guidance and green global expansion support.

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 webinar shared: 1. Explanation of DC/IMC technology 2. Introduction to DC/IMC mass production projects 3. Overview of IMC specification PC materials

This webinar focused on the following topics: • Digital Management of Injection Molding Workshops: Addressing key pain points like production waste, high energy consumption, and quality variations. • Bringing data to the point of manufacture： Optimize processes, achieve sustainable operations, assist in digital transformation. ​ Questions: 1. have any machine as like Mobil phone , mold like sim card , can easily push & back to save cycle time & mold temperature 2. how to acknowledged the preform defects during the process 3. How to reduce energy consumption in an injection molding machine without affecting cycle time or product quality? 4. How is the clamping force& how stable is it during long cycles? …… For more questions, please leave a message or attend the subsequent sessions.