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Ever wondered why shoe soles crack? Most manufacturers blame the process—but the real answer is in the raw material. Hongkong Petrochemical's SBS elastomer was built for the footwear industry: no vulcanization needed, direct molding, high strength, crystal clarity, and solid temperature resistance. Factories that switched have seen their return rates drop. Curious? Comment "Sample" and we'll send you free samples along with a technical formula proposal.

Road rutting in summer, cracking in winter—it's the same story every year for road contractors. The root cause? Plain asphalt is just too fragile to handle extreme temperatures on its own. Hongkong Petrochemical's SBS modifier for asphalt fixes that: fast compatibility, uniform dispersion, and the result is asphalt that stays firm in heat and tough in cold—with a noticeably longer road lifespan.

The tack-vs-hold dilemma has been haunting the adhesive industry forever—fix one, and the other falls apart. Hongkong Petrochemical's SIS and SBS elastomers were built specifically for PSAs and hot melt adhesives: fast tack, lasting hold, crystal clear, no yellowing over time, and clean slitting performance. Curious?

What is the focus of KUMHO-SUNNY at CHINAPLAS 2026? Let's see!

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