Introduction

In the field of modern tire manufacturing, the durability of tires is directly related to the safety performance and service life of vehicles. Rubber antioxidant 6PPD (4020), as a key antioxidant, plays a vital role in improving tire durability.

Mechanism of action of 6PPD (4020)

6PPD (4020) can effectively resist the impact of environmental factors during tire use, especially oxidation and ultraviolet damage. It slows down the aging process of rubber molecules by eliminating free radicals produced by oxidation, thereby extending the life of the tire.

Market case analysis

In recent market research, we found that tires using 6PPD (4020) show obvious advantages in terms of durability and safety compared to tires that do not use this antioxidant. A number of experimental data show that after using 6PPD (4020) in tires that have traveled a certain distance, their aging and cracking conditions are significantly reduced, improving the safety of use.

Improvement of vehicle safety and performance

The durability of tires not only affects the economy of the vehicle, but also has a direct impact on driving safety. After research, we found that tires using 6PPD (4020) still maintain good grip and stability in extreme weather and complex road conditions. This significantly improves overall vehicle safety performance.

Conclusion

In summary, the application of rubber antioxidant 6PPD (4020) in tire manufacturing not only effectively extends the service life of tires, but also plays a significant role in improving vehicle safety and performance. In the future, continuing to strengthen research on the application of 6PPD (4020) will bring more innovations and breakthroughs to the tire industry.