Plastic, as one of the indispensable materials in modern industry, its performance directly determines the service life and scope of application of products. White carbon black, as a plastic modifier, achieves a perfect balance between performance and cost by improving the physical, mechanical, and processing properties of plastics.


Enhance the mechanical properties of plastics
White carbon black has high hardness and rigidity, which can significantly improve the tensile strength, bending strength, and impact strength of plastics. In engineering plastics, the addition of white carbon black can also improve the material's heat resistance and chemical corrosion resistance, meeting the needs of specific application scenarios.


Improve the processing performance of plastics
White carbon black has good dispersibility and lubricity, which can reduce the melt viscosity of plastics, improve flowability, and thus improve the processing performance of plastics. The addition of white carbon black in injection molding, extrusion and other molding processes can reduce product defects and scrap rates, and improve production efficiency.


COST-BENEFIT ANALYSIS
Compared with other modifiers, white carbon black has the advantages of low cost and significant effect. In plastic modification, adding a moderate amount of white carbon black can significantly improve the performance of plastics without significantly increasing costs. Therefore, the application prospects of white carbon black in the plastic industry are broad.