In the plastics processing industry, the selection of plasticizers is crucial to product performance. In recent years, low volatility plasticizers have received widespread attention. This study will explore the thermal stability of low volatility plasticizers in depth to provide the industry with a more scientific selection reference.
Low volatility plasticizers refer to plasticizers with extremely low volatility during processing and use, which can effectively improve the flexibility and processing performance of plastics while reducing environmental pollution. Due to their excellent thermal stability, low volatility plasticizers perform well in high temperature environments, providing a strong guarantee for the application of plastic products.
Research shows that low volatility plasticizers can maintain good physical and chemical stability under high temperature conditions. This is due to their special molecular structure, which can effectively resist thermal degradation and extend the service life and performance stability of the product. This feature makes low volatility plasticizers widely used in many engineering plastics.
As environmental regulations become increasingly stringent, low volatility plasticizers have become an ideal choice for the plastics industry due to their low volatility and low toxicity. The use of low volatility plasticizers not only helps to improve the environmental performance of products, but also promotes the sustainable development goals of enterprises and effectively reduces the environmental burden.
In general, low volatility plasticizers have become an indispensable additive in the plastics industry due to their excellent thermal stability and environmental advantages. This study provides the industry with a deeper understanding of low volatility plasticizers, helping companies gain an advantage in the fierce market competition.