White carbon black is classified into precipitation and vapor phase methods based on production methods and particle size differences, though the application fields vary only slightly, depending on the required specifications.
　　
One of the important ultra-fine inorganic new materials in high technology, due to its tiny particle size, boasts a large specific surface area, strong surface adsorption, high surface energy, high chemical purity, excellent dispersion properties, and distinctive performance in terms of thermal resistance and electrical resistance. With its superior stability, reinforcing properties, thickening ability, and thixotropy, it possesses unique characteristics across numerous disciplines and fields, playing an irreplaceable role.
　　
◇ As a thixotropic and thickening agent for liquids, it prevents sedimentation and dripping.
　　
Improve the suspension and dispersibility of pigment fillers in liquid systems.
　　
◇ Used as dispersant and grinding aid.
　　
Enhanced coating corrosion resistance
　　
Enhance powder flowability and storage stability.
　　
Improved powder chargeability and charge stability.
　　
Enhanced waterproofing capabilities
　　
Enhance the scratch resistance of the coating film.
　　
Enhance color vibrancy.
　　
◇ Fixed special effects.
　　
Enhance the physical and mechanical properties of the film coating.
　　
Enhance film adhesion and flexibility.
　　
◇ Improve rubber and elastomer viscoelastic properties, reinforce;
　　
Bubble Control Agent's Anti-Bubble Function
　　
Enhanced coating surface hardness and scratch resistance
　　
Preventing Adhesion in Films and Elastomers
　　
◇ As an adsorbent and carrier;
　　
◇ Inkjet printing coating;
　　
◇ As a high-grade filling material for dental materials;
　　
◇ As a catalyst carrier, it exhibits significant thermal insulation properties, suitable for both low and high-temperature insulation.