PMDA vs Epoxy Chain Extenders: A Comprehensive Comparison for Polyester Modification

chain extender KL-180 for rPET

In the field of polyester modification—particularly when working with materials such as PLA (polylactic acid), PET, and rPET—chain extenders are vital additives used to improve melt strength, molecular weight, and overall processability. Two popular types of chain extenders are PMDA (pyromellitic dianhydride) and epoxy-functional chain extenders, such as HyMax® KL-180. Although both aim to achieve similar goals […]

Application of HyMax RT-A1 Flame Retardant Masterbatch in Transparent BOPET

flame retardant masterbatch for BOPET

As consumer demand for product safety and environmental friendliness continues to rise, transparent BOPET (biaxially oriented polyethylene terephthalate) film, widely used in food packaging, electronic product protection films, and optical devices, is increasingly required to have enhanced flame retardancy. HyMax RT-A1 flame retardant masterbatch, an innovative flame retardant additive, is being applied in the production […]

How to Enhance the Market Competitiveness of Polyester monofilament?

anti-hydrolysis polyester monofilament

Polyester monofilaments are being used more and more in industries like textiles, packaging, geotechnical engineering, and automotive. This expansion brings with it intense competition and new challenges. Polyester producers are under increasing pressure due to overcapacity and product homogeneity. Hydrolytic degradation is a critical performance issue, particularly under high temperature and humidity. Traditional polyester monofilaments […]

What is the real difference between anti-PID additives and conventional additives in PV modules?

anti-pid additive for EVA encapsulant

The global PV industry is expanding rapidly and improving the reliability and performance of the solar modules has now become a strategic priority. Potentially Induced Decay is one of the biggest challenges to solar module durability. This phenomenon can reduce solar panel power over time in environments with high voltage, humidity, and temperature. Anti PID additives are a […]

Questions To Ask Before Choosing A Carbodiimide Antihydrolysis Agent Supplier

PLA anti-hydrolysis agent

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 […]

Is rPET Suitable for Food-Grade Packaging?

rpet package

Globally, the push for sustainability has led to a boom in recycled materials being used across all industries. Recycled polyethylene terephthalate has been gaining attention in many industries, especially the food packaging industry. Many companies are looking at rPET to replace virgin PET due to the growing concern about plastic waste. But the question is: Can rPET be […]

Why are photovoltaic modules affected by PID?

anti-pid additive for solar backsheet

Introduction Solar power plants’ long-term profitability is determined by the stability and efficiency photovoltaic modules. The PV modules can suffer from Possible Induced Decay (PID) during prolonged operation. This phenomenon leads to a reduced power output and lower efficiency. It may even pose safety risks for the whole PV system. PID can have a major impact on the energy […]

Common Stabilizers Used in the Production of Polyester Monofilament

carbodiimide anti-hydrolysis agent

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 […]

Transforming PU Tactile Paper Coatings with Polycarbodiimide Crosslinkers

PU Tactile Paper Coatings with Polycarbodiimide

Transforming PU Tactile Paper Coatings with Polycarbodiimide Crosslinkers Enhancing the tactile experience while maintaining quality and durability is a constant challenge for paper manufacturers. Polyurethane (PU) tactile paper coatings have long been a popular choice for adding a luxurious and distinctive feel to various paper-based products. However, like any coating system, they come with their […]

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