Micronized wax used to enhance wear resistance

Micronized wax, through core-shell structure design and functionalisation,
can significantly enhance the abrasion resistance of products such as
coatings and inks. Below are specific application scenarios and mechanisms of
action:
Coatings Sector
Acrylate Micronized wax, via core-shell structure design, enhance coating
scratch resistance. The core layer provides mechanical strength, while the
shell layer, through functionalisation, reduces surface friction coefficients
and disperses external impact forces, resulting in over threefold improvement
in abrasion resistance. ‌
Ink Applications
Polyethylene Micronized wax and fluorinated Micronized wax (e.g., PTFE)
reduce printing friction wear through self-lubricating film formation and low
friction coefficients. Their anti-adhesion properties prevent ink caking,
thereby enhancing printing efficiency. ‌
Plastics Processing
Polyethylene wax improves flow and dispersion in plastics, enhances surface
hardness, and reduces friction loss. It is suitable for wear-resistant
modification of engineering plastics.

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