Basic characteristics of rubber antioxidant IPPD

Rubber antioxidant IPPD (N-Isopropyl-N'-phenyl-pphenylene diamine) is an antioxidant widely used in the rubber industry. It can effectively slow down the oxidative aging process of rubber materials in high temperature environments, thereby increasing the service life of rubber products.

Effect of high temperature environment on rubber

High-temperature environments will accelerate the aging process of rubber, resulting in a decline in its physical properties. Research shows that the use of IPPD can significantly slow down this process and promote rubber materials to maintain good performance at high temperatures.

Protection effect analysis

According to the latest data, the antioxidant properties of rubber samples treated with IPPD are 30% higher than those of untreated samples in a high temperature environment of 70°C. This shows that IPPD has a significant protective effect on rubber products, making it more reliable in important application fields.

Market dynamics and technology trends

With the development of the rubber industry, companies are paying more and more attention to improving product durability and safety. In this context, choosing the right antioxidant is particularly important. In the future, the demand for antioxidants such as IPPD will continue to grow, which will bring opportunities to related companies.

in conclusion

In summary, the good performance of rubber antioxidant IPPD in high temperature environments makes it one of the key materials for rubber products. When companies choose antioxidants, they should pay attention to the advantages of IPPD in protecting rubber and improving product performance.