Rubber Plasticizers

Rubber plasticizers are essential additives in the elastomer industry and auxiliary products for rubber. Designed to confer flexibility and malleability to rubber materials, these compounds play a crucial role in formulating products ranging from tires to industrial seals. 

Improved Flexibility: Rubber plasticizers provide exceptional flexibility to the material, allowing adaptability to various conditions and uses.

Cold Resistance: Plasticizers contribute to maintaining rubber flexibility even at low temperatures, preventing hardening and loss of mechanical properties. 

Increased Durability: They enhance the durability and wear resistance of rubber products, extending their lifespan. 

Enhanced Processability: Plasticizers facilitate processing during manufacturing, improving process efficiency and enabling greater versatility in production. 

Compatibility with Other Additives: They efficiently integrate with other additives, such as pigments or antioxidants, allowing versatile formulations. 

Reduction of Brittleness: They help prevent rubber brittleness, especially in applications where flexibility is critical. 

Improvement of Mechanical Properties: They contribute to improving mechanical properties, such as tensile strength and elasticity. 

Tires: Essential in tire manufacturing to improve flexibility and road performance.

Seals and Gaskets: Present in industrial seals and gaskets to ensure flexibility and sealing effectiveness. 

Footwear: Used in the manufacturing of shoe soles and components to confer flexibility and comfort. 

Sports Equipment: Found in sports products like balls and athletic footwear to enhance resistance and performance. 

Industrial Products: In a variety of rubber industrial products, from belts to hoses, to ensure flexibility and durability. 

Customized Flexibility: They allow adjusting flexibility according to the specific requirements of each application.

Increased Lifespan: Rubber plasticizers contribute to greater durability of rubber products, reducing the need for frequent replacement. 

Process Efficiency: They improve processability during manufacturing, increasing the efficiency of production processes. 

Adaptability to Extreme Temperatures: They maintain rubber flexibility in both extreme heat and cold conditions. 

Versatile Application: Their compatibility with a variety of additives and their ability to adapt to different processes allow for a wide range of applications.