Thermal Stabilizer TSP Styrenated Phenol - Rubber & Plastic Additive (Industrial Grade)

Styrene functionalized phenol TSP, also known as tristyrylphenol, is an important organic compound with a wide range of applications in various fields. The following is a detailed analysis of its main functions and uses:
Styrene functionalized phenol TSP, antioxidant tristyrenated phenol, is an important additive widely used in polymer materials such as rubber and plastics. Its main function is to prevent these materials from aging due to factors such as light, heat, oxygen, etc. during use, thereby extending the service life of the materials.

1、 Basic properties of styrene functionalized phenol TSP and anti-aging agent tristyrenated phenol
Antioxidant tristyrenated phenol has excellent antioxidant properties and can effectively resist the erosion of polymer materials by oxidative substances in the external environment. At the same time, it also has good thermal stability and photostability, which can maintain its anti-aging effect under high temperature and strong light conditions.

2、 The mechanism of action of styrene functionalized phenol TSP and anti-aging agent tristyrenated phenol
After adding anti-aging agent tristyrenated phenol to polymer materials, it can react with free radicals in the material, terminate the free radical chain reaction, and prevent further oxidation and aging of the material. In addition, it can also absorb ultraviolet rays in the material, reducing the impact of photoaging on the material.

3、 Application fields of TSP and anti-aging agent tristyrenated phenol
1. Rubber products: Adding anti-aging agent triphenylphenol to rubber products can significantly improve the ozone aging resistance and heat oxidative aging resistance of rubber, and extend the service life of rubber products. This is particularly important for rubber products such as car tires, rubber hoses, and rubber bands that are exposed to the outside for a long time.

2. Plastic products: Plastic products are also susceptible to aging due to factors such as light, heat, and oxygen during use. Adding the antioxidant tristyrene phenol can effectively improve the anti-aging performance of plastic products and maintain the stability of its appearance and performance.

Finally, as an efficient anti-aging agent, the styrene phenol TSP and the antioxidant tristyrene phenol play an important role in the anti-aging treatment of polymer materials. By gaining a deeper understanding of its properties, mechanisms of action, and application areas, we can better utilize this additive to extend the lifespan of materials and improve product quality and performance.