Micronized Polyethylene Wax（Micronized Wax）

Micronized PE Wax is made by air jet milling or spray chilling, and it can be widely used in industrial coating, wood coating, inks, which has average particle size in micrometer. It can improve surface properties, such as scratch resistance, abrasion resistance and matting.

Micronized pe wax acts like an "invisible shield" for material surfaces. We grind high-performance waxes (synthetic/plant-based) into powder finer than flour, then blend it into coatings, plastics, and cosmetics. It makes phone cases silkier to touch, floor paints more scratch-resistant, and lipsticks luxuriously matte—all by optimizing surface properties through ultra-fine wax particles. 

Product Introduction

This product utilizes micron-scale wax particles (3-25μm) strategically distributed within material matrices to deliver: 

- Surface enhancement: Significantly reduces friction coefficient (μ≤0.15) & improves scratch resistance (+300% wear cycles) 

- Processing optimization: Lowers melt viscosity, shortening injection cycles (up to 18% efficiency gain) 

- Optical control: Enables precision gloss adjustment

Technical Mechanism

3. Key Performance Indicators

- Particle Control: Dv(90)＜30μm via laser diffraction (custom distributions available) 

- Thermal Stability: Decomposition onset ≥180℃ (TGA, N₂ atmosphere) 

- Dispersion Grade: Hegman fineness ≥6.5 (ISO 1524:2020) 

- Biosafety: Complies with EU 10/2011 food-contact migration tests 

4. Application Solutions 

◼Coating Industry 

      Coil coatings: Enhances line-speed scratch resistance (≥200 MEK rubs) 

      Powder coatings: Prevents storage caking (validated at 40℃/75% RH) 

◼Polymer Processing

      Engineering plastics: Reduces mold wear in glass-fiber systems 

      Film blowing: Eliminates blocking during high-speed winding 

◼Consumer Product Upgrades 

     Cosmetic powders: Vegan-certified matte finish (talc-free) 

     Premium leather: Replicates lambskin touch (fingerprint μ=0.12±0.03) 

Application Guide