The Importance of Thermal Stability

When choosing a plasticizer, thermal stability is a criterion that cannot be ignored. It determines whether the plasticizer can continue to perform under high temperature conditions. According to market research, more than 70% of customers list thermal stability as the primary consideration when choosing materials.

Demands from different fields

For applications such as building materials and medical devices, plasticizers must have high heat resistance and ensure chemical stability. At the same time, these materials should also comply with environmental and safety regulations. For example, in actual use, a certain brand of plasticizer can still maintain more than 95% performance stability when the temperature rises to 150°C.

Meet the characteristics and processing requirements

The selection of plasticizers must take into account product characteristics and processing requirements to ensure that they can continue to function in high temperature environments, thereby improving product quality and service life. Through scientific formula design, a high degree of matching with the target product can be achieved.

Data support and decision making

In our analysis, we conduct comparative tests on the thermal stability of different plasticizers to ensure that customers can make scientific decisions based on data. We recommend laboratory testing to verify the performance of the selected plasticizer under specific working conditions.

in conclusion

Selecting plasticizers with excellent thermal stability can not only meet the needs of different application fields, but also bring greater market competitive advantages to products. Ensuring that the selected plasticizer can play a stable role in actual use is the key to achieving sustainable development.