Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Lubrizol Lanco A 1601 Micronized Amorphous Amide Wax

Lubrizol Lanco A 1601 is a micronized amorphous amide wax offering superior slip, abrasion resistance and matting in coatings, inks and adhesives. Engineered for consistent particle size distribution and excellent dispersion, it enhances surface feel without compromising clarity or gloss control. Widely used in automotive refinishes, industrial coatings and UV-curable systems.
  • lubrizol lanco a 1601 micronized amorphous amide wax_a6e07545
  • lubrizol lanco a 1601 micronized amorphous amide wax_a6e07545

Features Of Lubrizol Lanco A 1601 Micronized Amorphous Amide Wax

  1. Ultra-fine micronized particle size for exceptional dispersion and surface uniformity.

  2. Amorphous structure provides superior film-forming capability and non-blooming performance.

  3. High melting point and thermal stability enhance processing robustness in high-temperature applications.

  4. Low coefficient of friction imparts excellent slip and anti-blocking properties.

  5. Chemically inert amide backbone ensures compatibility with diverse polymer and coating systems.

Typical Applications Of Lubrizol Lanco A 1601 Micronized Amorphous Amide Wax

  1. Automotive interior trim coatings for scratch resistance and soft-touch feel.

  2. Industrial maintenance coatings requiring abrasion resistance and gloss control.

  3. Plastic masterbatches for polyolefins and engineering thermoplastics.

  4. Ink formulations, including flexographic and gravure inks, to improve rub resistance.

  5. Wood coatings where matting, leveling, and mar resistance are critical.

Specifications Of Lubrizol Lanco A 1601 Micronized Amorphous Amide Wax

Chemical TypeAmorphous amide wax
Product FormFree-flowing micronized powder
AppearanceWhite to off-white fine powder
Primary ApplicationsCoatings, inks, plastics, adhesives
Key FeaturesNon-blooming, high-melt, low-friction, excellent dispersion
BenefitsEnhanced slip, anti-blocking, scratch resistance, and surface uniformity
Recommended Loading Range0.5–3.0 wt% (system-dependent)
Storage ConditionsStore in cool, dry place; protect from moisture and direct sunlight


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