Advanced solution for cost reduction in the Matsui optical molding process

Time: 10:00-11:00 (New York Time) 22:00-23:00 (Singapore Time)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.

In this webinar, DaicelHPP will share:1. Decarbonization sweeps Europe & China. Go green, or go extinct.2. Global POM leader. Innovation that leads your future.3. Cross-industry, cross-application PCR-POM — mastered in one session.

To address the heat dissipation challenges of upgraded Network Devices (e.g, Wi-Fi 6/7 routers), Covestro developed a new generation innovative thermal conductive polycarbonate solution. This solution combines superior flame retardancy, easy molding, and design flexibility, while enabling effective heat dissipation and significanttly lower total costs to achieve enhanced industrial design, and cost-effective mass production. Meeting Content: 1. Network communication industry trend and challenges 2. Covestro innovative thermal conductive total solution 3. Case studies100+ attendees are already asking! Your needs or pain points could be addressed directly by our speakersQuestions raised by registered audience:1. In product design, how can thermal conductive materials address the differences in thermal conductivity caused by filler orientation during processing (flow direction vs. vertical direction)?2. When using thermal conductive materials in molds, what are the differences in structure/design? How about processability?3. Do interior surface materials have thermal conductivity functions? Are there relevant technical solutions available?4. For low-volatility silicone grease: what high thermal conductivity options are available? For example, for a 0.2mm thermal pad, what options achieve 5.0+ W/m·K?5. Is this material expensive? Compared to conventional materials, what price range does it fall into?(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 speakers 2) Free access to online or onsite sessions (based on matched topics), and the chance to connect with more experts!