How Does High Temperature and Humidity Lead to PET Plastic Hydrolysis?
Are your PET plastic products failing prematurely, especially in hot and humid conditions? Do you wonder why this seemingly stable material can suddenly become brittle or degrade? Understanding PET hydrolysis1 is key to preventing these issues. PET plastic, while generally stable, is susceptible to hydrolysis, a chemical reaction with water that breaks down its polymer […]
How to Extend the Service Life of PLA with Additives
Are your PLA products failing prematurely, especially in challenging environments? Do you want to unlock the full potential of this sustainable polymer? Using the right additives can significantly extend the service life of PLA1. To extend the service life of PLA, especially against degradation caused by humidity and heat, specific additives like anti-hydrolysis agents2 (e.g., […]
What is Crosslinking Agent in Water Based Adhesive?
Are you looking to enhance the performance and durability of your water-based adhesives? Do you want to ensure they stand up to tougher conditions? A crosslinking agent1 might be exactly what you need. A crosslinking agent in water-based adhesives is a chemical additive that creates strong, permanent bonds between polymer chains. This process significantly improves […]
What is the Function of Chain Extender in rPET?
Is your recycled PET (rPET)1 feeling weak and brittle? Are you struggling to get the performance you need from recycled plastics? A chain extender might be the answer you are looking for. Chain extenders are special additives that help improve the properties of recycled PET (rPET) by increasing its molecular weight2. This makes the rPET […]
Monomeric vs polymeric compounds: Understanding the key differences in Chemistry and material science
Monomeric vs polymeric Understanding the difference between monomeric and multimeric compounds in the world of materials science and chemistry is essential. Knowing the differences between these classes of compounds can have a significant impact on new material development, manufacturing processes and product applications, whether you are a researcher or chemist. This blog examines the differences between polymeric […]
Application and Prospects of Hydrolysis-Resistant Agents in Solvent-Free Polyester-Type Polyurethane Systems
Solvent-Free Polyester-Type Polyurethane Systems As environmental regulations tighten and the demand for sustainable manufacturing grows, industries worldwide are seeking to develop and adopt high-performance materials that are environmentally friendly and sustainable. Polyurethane, as a versatile high-performance polymer, plays a significant role across multiple industrial sectors. Its excellent mechanical strength, chemical resistance, and adhesion capabilities make […]
Using Anti-Hydrolysis Technologies to Enhance the Longevity of Polyester Monofilament Used in Paper Machine Screens
The screen mesh is a crucial component in modern papermaking. It supports pulp flow and maintains paper flatness. The durability and stability of the material directly affect production efficiency and paper quality. Polyester monofilament is widely used in screen meshes due to its outstanding mechanical performance, chemical resistance, and wear resistance. However, over time, monofilaments […]
The Critical Role of Hydrolysis Stabilizers in Acid Removal from EVA Films: The Unsung Hero Behind Solar Module Longevity
Background As global demand for clean energy continues to grow, the photovoltaic (PV) industry is undergoing rapid technological advancement. Among the materials used in PV module encapsulation, EVA (ethylene-vinyl acetate copolymer) film plays a critical role due to its flexibility, transparency, and adhesive properties. However, EVA films face a major challenge during long-term service: acid […]
Carbodiimide Hydrolysis Stabilizers for PU Shoe Sole Systems: A Durable Solution Against Degradation
Polyurethane shoe soles, known for their cushioning and abrasion-resistant properties, are widely used in the footwear industry today. However, PU materials—especially polyester-based PU—are prone to hydrolytic degradation, particularly in humid climates or after long-term storage. This can lead to issues such as stickiness, foaming, or crumbling of the soles. Carbodiimide-based hydrolysis stabilizers are additives that […]