Koplas 2025: Showcasing Innovation with Suzhou KeShengTong New Materials Co., Ltd.From March 10-15, 2025, Suzhou KeShrngTong New Materials Co., Ltd. (KSTO) proudly participated in KOPLAS, one of the most influential plastic and rubber industry exhibitions in Asia. As a leading manufacturer of high-p Read More

Why do some coatings last longer and resist damage better? The secret lies in crosslinking. Waterborne polyurethane, a versatile polymer, gains enhanced durability through crosslinking. In this article, you'll learn about crosslinking techniques and agents that transform waterborne polyurethane into robust materials. We'll explore their benefits, challenges, and future trends in polymer chemistry. Discover how these innovations impact industrial applications and drive advancements in sustainable materials. Read More

Have you ever wondered how PET films maintain their integrity in harsh environments? These versatile materials face significant challenges, especially from hydrolysis. Anti-hydrolysis agents play a crucial role in preserving PET films by combating moisture-induced degradation. In this article, you'll learn about these agents, the importance of PET films, and the challenges they face. Discover how anti-hydrolysis agents enhance film durability and explore their diverse applications. Read More

Have you ever wondered why some materials last longer in wet conditions? The secret lies in anti-hydrolysis agents. These agents protect polymers from water-induced breakdown, extending their lifespan. In this post, you'll learn what anti-hydrolysis agents are, why preventing hydrolysis is crucial, and get an overview of the market for these essential additives. Read More

What Is Crosslinking Agent Used For?Crosslinking agents play a crucial role in modern materials science by chemically connecting polymer chains or molecules, enhancing the performance and durability of various products. Among them, anti-hydrolysis crosslinking agents have gained significant attentio Read More