The Role of Micronized Wax Powder in UV Inks

Micronized wax, also known as wax powder, can be used in UV inks, mainly for matting, non-absorbing, and non-foaming effects.

Micronized wax has an extremely epoch-making change in the improvement of the printing quality of the entire UV ink industry. Its unique properties make it a valuable additive, especially when compared to conventional matting agents.

Challenges of matting agents in UV inks:

In the traditional UV ink industry, although matting powder can effectively provide a matting effect, it also has some shortcomings that are difficult to improve. They can significantly change the viscosity of UV inks. The tiny pores on their surface absorb solvents in UV inks. When these solvents are absorbed, UV inks can become tacky or even clumpy. Over time, this can lead to a significant degradation in the performance of UV inks.

Advantages of micronized wax for UV ink:

Stable Viscosity: Unlike matting powders, micronized waxes do not affect the viscosity of UV inks. This ensures consistent ink performance and quality.

No Foaming: Blends smoothly with micronized waxes without the use of defoamers. This means no air bubbles, saving both time and potential complications.

Versatility: In addition to UV inks, micronized waxes can also be used in conventional printing inks, coatings and paints. Its benefits include:

1. Enhances the scratch and abrasion resistance of the surface.

2. Increased slip resistance.

3. Improves block and stain resistance.

4. Reduce ink gloss.

5. Prevents pigment settling.

6. Facilitates the production of high-performance matte inks and coatings.

The Role of Micronized wax in UV Ink

We offer a wide range of micronized waxes suitable for various industrial needs. In view of its key role in improving product performance, Micronized wax is commonly known as "industrial monosodium glutamate" in China (Overseas, People compare Micronized wax to Industrial "Seasoning"). This metaphor shows that micronized wax is a very important ink additive.