1. 能有效地降低加工体系的熔体粘度，并可使加工温度降低。

1. can effectively reduce the melt viscosity of the processing system and reduce the processing temperature.

2. 能显著减少或消除塑料加工的剪切应力，降低平衡扭矩，促进塑化，改善加工流动性，提高生产效率。

2. can reduce or eliminate the shear stress of plastic processing, reduce the balance torque, promote the plasticization, improve the processing flow and improve the production efficiency.

3. 其分子结构中同时含有的极性基因和非极性长链，其不仅与填料体系相容性好，而且聚合长链具有的类弹性体结构，可在无机填料和高分子基体材料间形成弹性界面，通过与填料表面改性剂的协同作用包覆在无机填料的表面上，形成核—壳结构的复合体系，从而达到显著的增韧、补强效果。

At the same time, containing 3. polar gene in the molecular structure and polarity of long chain, which not only with the filler system has good compatibility, and polymeric elastomer structure with long chain, can form a flexible interface of the inorganic filler and polymer matrix material, coated on the surface of the inorganic filler on the interaction with the surface the modifier, forming a composite system of core shell structure, so as to achieve significant toughening and reinforcing effect.

4. 用于高填充复合材料加工体系，能较好地保持制品的物理机械性能，同时由于紧密的包覆作用使体系的填充性和充模性优良，从而可使制品表面的平滑度和光泽度大为提高，并能保持制品光亮度均匀一致，同时能减少对设备的磨损，降低挤出或注塑温度，节能降耗，提高加工效率。

4. for high filled composite material processing system, can better maintain the mechanical properties of the product, at the same time because of the coated effect close to the system with excellent performance and filling, which can make the products surface smoothness and gloss is greatly improved, and can keep the product brightness uniformity, and can reduce the wear of equipment, reduce extrusion or injection temperature, saving energy, improve processing efficiency.