DPHP thermal properties: superior high temperature stability and application advantages

As a prominent plasticizer, DPHP (Di-2-propyl Heptyl Phthalate) has attracted widespread attention due to its excellent performance under various temperature conditions. This special report aims to comprehensively analyze the thermal properties of DPHP and demonstrate its application advantages in different industries through data and case analysis.

Thermal stability analysis

DPHP exhibits extremely high thermal stability in high temperature environments. According to experimental data, DPHP loses only 0.2% of its mass after ten hours at 200°C. This outstanding performance is attributed to its unique molecular structure, which helps to extend the product's service life.

High temperature tolerance

DPHP not only remains stable at room temperature, but also exhibits excellent anti-aging properties at extremely high temperatures. Experiments show that the physical and chemical properties of DPHP are basically unaffected at a high temperature of 250°C, proving that it still has reliable performance in extreme application environments.

Advantages in multiple industries

The superior thermal properties of DPHP make it widely used in multiple industries. For example, in the automotive manufacturing industry, DPHP is used to make high-temperature resistant plastic parts; in cable manufacturing, it is used to produce high-heat resistant cables. These practical application cases further prove the practicality and reliability of DPHP.

In summary, DPHP has become a popular plasticizer in the market due to its excellent thermal properties and multi-industry application advantages. We hope that this special report can help partners and customers in the industry better understand and utilize DPHP and make more informed choices.