The powder disperser and surface coating machine have overcome the challenge of agglomeration that arises after zinc oxide coating.


When surface‑treating zinc oxide, a common dilemma arises: after adding a modifier, the material—due to chemical reactions or solvent evaporation—tends to agglomerate even more readily than the original powder. The core design principle of the honeycomb mill lies in its powerful… Depolymerization Capability. It leverages an internal, unique honeycomb structure to generate intense turbulence and shear forces, forcibly breaking up any potential agglomerates while performing coating.

This synchronous operation mode ensures that each zinc oxide particle can independently come into contact with the modifier, thereby eliminating Outer coating, inner core exposed This situation arises. Zinc oxide powder treated with a honeycomb mill exhibits excellent flowability and looseness, allowing it to be directly fed into downstream processes without the need for additional secondary deagglomeration. This not only streamlines the production workflow but also ensures rapid dispersion in downstream applications, enhancing the uniformity and surface quality of the final product.

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