SAN processing aid is a material designed specifically to improve the processing performance of plastics, mainly composed of styrene and acrylonitrile monomers copolymerized. Its unique chemical structure enables it to have excellent fluidity and processing stability in a molten state, effectively reducing friction and adhesion phenomena during processing.

1. Improve liquidity

SAN processing aids can significantly improve the flowability of SPC (stone plastic composite materials). This characteristic makes it easier for the material to fill the mold during the molding process, especially in products with complex shapes and thickness variations, which can effectively avoid the generation of bubbles and defects.

2. Improve surface smoothness

The use of SAN processing aids can improve the surface quality of SPC products, making them smoother and having higher glossiness. This is particularly important in consumer goods and building materials, as a good appearance directly affects the market competitiveness of the product.

3. Enhance mechanical performance

SAN processing aids help improve the mechanical strength and toughness of SPC. By optimizing the intermolecular interactions, the impact resistance of the material is enhanced, ensuring the durability and reliability of SPC products during use.

4. Advantages of low-temperature processing

SAN additives can lower the processing temperature of SPC and reduce the risk of thermal degradation. This not only protects the performance of the material, but also saves energy consumption, improves production efficiency, and reduces overall production costs.

In the application of SPC, SAN processing aids can effectively improve the flowability of materials, reduce processing temperatures, and improve the appearance and performance of finished products. Due to the wide application of SPC materials in building materials such as flooring and wall panels, the use of SAN additives can ensure that they maintain efficient and high-quality production standards during the processing.

Email:Lau@htxchemical.com