Powder Wax

Q1: Why essential?

In inks and coatings, surface friction, scratching, and blocking directly affect appearance and durability. PMX-2026 uses advanced powder-forming and nano-fragmentation technology to create uniform wax distribution, improving scratch resistance, abrasion resistance, and surface slip.

Q2: What scenarios?

• Printing inks (packaging, labels, publishing)

• Industrial and decorative paints

• Coating systems requiring improved wear resistance and surface slip

Q3: Key benefits

1. Excellent abrasion and scratch resistance.

2. Good matting effect for gloss control.

3. Excellent dispersion and compatibility (D50: 6–8 µm).

Q1: Why essential?

In high-hardness, high-scratch-resistance coatings (powder coatings, coil coatings, UV varnishes), conventional waxes may lack heat resistance or cause poor film leveling. PPP-2017 (PP wax) provides higher melting point and hardness, forming a stable protective layer.

Q2: What scenarios?

• Powder coatings

• Can and coil coatings

• Wood coatings

Q3: Key benefits

1. High hardness and excellent scratch resistance.

2. Good matting and tactile control.

3. Stable particle size distribution (D50: 6–8 µm, D99: 10–12 µm).

Q1: Why essential?

Waterborne inks, varnishes, and coatings often suffer from insufficient wear resistance, scratching, poor slip, and blocking.
WGW-240 forms a uniform wax layer after drying, significantly improving abrasion resistance, slip, and scratch resistance while maintaining gloss and processing stability.

Q2: What scenarios?

• PU product mold-release processes

• Scratch- and wear-resistance improvement in waterborne inks and varnishes

• Surface performance enhancement in waterborne coatings

Q3: Key benefits

1. Strong improvement in abrasion and scratch resistance.

2. Excellent slip and anti-blocking properties.

3. Waterborne, non-ionic system – high compatibility with most waterborne resins (recommended dosage: 2–5%).

Q1: Why essential?

Printing, textiles, coatings, and paper processing often require simultaneous improvement in anti-blocking, surface slip, and water repellency.
WGW-425 is a non-ionic paraffin wax emulsion with high compatibility, usable with both anionic and cationic resins, improving process stability and surface functionality.

Q2: What scenarios?

• Printing inks – improved anti-blocking and slip

• Textile and leather finishing – enhanced water repellency and fuller hand feel

• Coatings – improved water resistance, repellency, and slip

• Paper processing – better water resistance, anti-blocking, and smoothness

Q3: Key benefits

1. High-compatibility non-ionic formulation.

2. Multifunctional surface modification – water resistance, repellency, anti-blocking, and slip.

3. Food-contact regulation friendly – raw materials comply with FDA indirect food-contact requirements, suitable for packaging and paper products.