2025-09-10 Pageview：20
In the UV coating industry, matting performance and surface durability are key indicators of quality. For UV matte varnish, choosing the right matting wax powder directly affects gloss control, surface feel, scratch resistance, and printing adaptability. This guide explains how to evaluate and select the most suitable wax powder for UV matte varnish applications.
Wax powders reduce surface gloss by creating micro-roughness.
The particle size distribution determines the matting effect: larger particles = stronger matting, smaller particles = finer and smoother finish.
A good matting wax powder not only lowers gloss but also enhances abrasion resistance.
This is essential for high-touch surfaces such as magazines, luxury packaging, or decorative prints.
Compared with silica matting agents, wax powder provides a silky, smooth hand-feel.
In high-end packaging and UV printing, this tactile quality is a major advantage.
Wax powders improve slip and anti-blocking performance, preventing sheets from sticking during stacking and transport.
The selected wax powder should disperse evenly in UV-curable varnish.
Poor compatibility leads to uneven gloss or surface defects.
Polyethylene (PE) Wax Powder – Good balance of matting and scratch resistance.
Polypropylene (PP) Wax Powder – Stronger slip and anti-blocking effect.
FT Wax Powder – Excellent transparency, suitable for high-end coatings.
Modified Wax Powder – Customized performance for specific UV varnish formulations.
Selecting the right matting wax powder for UV matte varnish is not only about gloss reduction, but also about ensuring scratch resistance, smooth touch, and coating stability. By carefully evaluating particle size, resin compatibility, and end-use requirements, manufacturers can achieve both functional and aesthetic performance in UV coatings.
If you are looking for professional guidance on wax powder selection for UV matte varnish, contact us today for tailored solutions.
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