Questions To Ask Before Choosing A Carbodiimide Antihydrolysis Agent Supplier
In the rapidly evolving world of polymer additives and materials, anti-hydrolysis carbodiimide agents are becoming increasingly important in improving the durability of hydrolysis-prone products like PLA, TPU, PBT, and. It’s not only about choosing a product for distributors and trading firms, but also about selecting a partner that can deliver reliability, quality and technical expertise. Here are ten key questions that you should […]
Common Stabilizers Used in the Production of Polyester Monofilament
Introduction Polyester monofilaments are widely used in various industries, including textiles, industrial applications, fishing lines, 3D printing, and medical sutures. These materials are highly valued for their flexibility, strength, and durability. However, polyester is susceptible to several types of degradation during processing and production, including hydrolysis and UV-induced damage. These degradation mechanisms can negatively affect […]
Structure of Photovoltaic (PV) Solar Panels and Types of Photovoltaic Films: Applications and Developments
The photovoltaic industry, a key player in the solar power generation sector due to the growing global demand for renewable energy, has developed rapidly. As the main components of the solar energy conversion process, photovoltaic panels directly influence the efficiency and lifetime of solar power systems. Photovoltaic films are crucial in the production of solar […]
Difference between Chain Extender and Anti-Hydrolysis Agent
Chain extenders and anti-hydrolysis agents both play crucial roles in polymer material manufacturing processes; yet each has distinct features and purposes. This article aims to outline the differences between these two important additives. Chain Extender Anti-Hydrolysis Agent Differences between Chain Extender and Anti-Hydrolysis Agent Chain Extender Failure in High Temperature and High Humidity Environments Chain […]
Recycled Material in Olympics: A Blend of Environmental Protection and Innovation
Introduction As the world’s most important sporting event, the Olympic Games attracts a lot of attention. The large-scale constructions and activities that go behind the Olympic Games also cause a huge amount of resource consumption and pressure on the environment. The Olympics is a leader in the field of environmental protection, as the concept of sustainable growth […]
Anti-Hydrolysis Testing: Understanding and Ensuring Material Durability
Anti-Hydrolysis Tests for Determining Material Durability Materials science and engineering places great emphasis on maintaining long-term performance of materials, with anti-hydrolysis testing playing an essential part in doing this. By measuring a material’s ability to withstand water and moisture damage, anti-hydrolysis tests give us insight into its longevity and durability. See more about What is […]
The Importance of Stabilizers and Anti-Hydrolysis Agents in Polyester Monofilament Production Processes
Polyester monofilaments have a wide range of applications in many fields such as textile, industrial and consumer products. However, during production and use, polyester monofilaments may face problems such as oxidation, photodegradation, thermal decomposition and hydrolysis. To solve these problems, stabilizers play a crucial role in the production process. This article will introduce commonly used […]
Comparative Evaluation of Three Crosslinking Agents Used in Polyurethanes
What is Curing Agent or Hardener? Curing agent (sometimes also referred to as hardener ) is a chemical substance added to coatings, adhesives, resins or other materials to promote polymerization or cross-linking reactions in them and change from liquid/paste form into solid form for curing purposes – creating curing substances with specific physical and chemical […]
A detailed look into the hydrolysis of polymers: Profound focus on Urethane Hydrolysis
Basic Hydrolysis of polymers The hydrolysis of polymers involves a chemical reaction in which water interacts directly with the polymer. This interaction breaks the bonds that hold it together, and reduces the polymer into monomers or smaller polymer chains called oligomers. This is the opposite of polymerization – the process that creates polymers by combining […]