The working principle of ABS modified plastic

ABS modified plastics are usually composed of acrylonitrile-butadiene-styrene terpolymer, modifier, stabilizer and other components. These ingredients can be fully compatible in the preparation process, making ABS modified plastics have excellent mechanical properties and processing properties. Among them, the core acrylonitrile-butadiene-styrene terpolymer gives ABS plastic high toughness and heat resistance, and modifiers and stabilizers are used to toughen and stabilize it.
The preparation process of ABS modified plastics includes blending, copolymerization, stretching and other steps. When blending, the various components are mixed evenly to form a homogeneous blend; when copolymerizing, the specific reaction conditions are used to copolymerize the components to form a uniform polymer structure; stretching is used after copolymerization by heating and stretching To improve the performance of the material.
The characteristics of ABS modified plastics are affected by factors such as composition and preparation process. By adjusting the proportion of ingredients and the type and amount of modifier, the hardness, toughness, heat resistance and other properties of ABS plastic can be adjusted to meet the needs of different engineering applications.
In summary, ABS modified plastics show excellent comprehensive performance through reasonable composition design, preparation process and characteristic adjustment, and become an important engineering plastic widely used in automobiles, electronic products and other fields.