Tire industry: The synergistic effect of white carbon black and silane coupling agent can replace 30% -50% traditional carbon black, significantly improving tire wet skid resistance and wear resistance, becoming the mainstream choice under the promotion of EU tire labeling regulations.
Coatings and inks: As a matting agent and thickener, white carbon black can adjust the glossiness of coatings and improve the clarity of printed materials, accounting for over 25% in the high-end architectural coatings and packaging printing fields.
In the field of new energy, white carbon black can improve thermal stability and prevent short circuits in lithium battery separator coatings; In silicon-based negative electrode materials, their porous structure effectively alleviates volume expansion and prolongs battery life.
Emerging markets: The demand for 3D printing photosensitive resins, cosmetics sunscreens, food additives, and other fields is rapidly growing, driving the development of white carbon black towards refinement and functionalization.