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High-Performance Pigments for Engineering Plastics

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חדשות נבחרות

用于说明P.Y.191在塑料色母粒与聚合物体系中应用的实验室场景

High-Performance Pigments for Engineering Plastics

Opaque yellow-orange pigment dispersing into resin in a lab beaker, macro view

Pigment Yellow 110: The Gold Standard in High-Performance Coloration

Pigment Red 170 (PR170) pigment powder for coatings, plastics, and printing ink qualification

Pigment Red 170 (PR170) Buyer Guide: Qualifying HP Red 2131 for Coatings, Plastics, and Printing Inks

Pigment Violet 23 (PV23) sample jar in an industrial lab setting

Pigment Violet 23 (PV23): Specs and Buyer Guide for HP Violet 6172

用于说明P.Y.191在塑料色母粒与聚合物体系中应用的实验室场景

Pigment Yellow 191 in Plastics: Heat Resistance, Lightfastness, and Migration Performance (P.Y.191 / PY191)

Lab sample of Pigment Yellow 151 powder with color swatches for industrial coatings and plastics qualification

Pigment Yellow 151 (PY151) Buyer Checklist: Specs, Fastness, and Qualification

High-Performance Pigments for Engineering Plastics

Industry Requirements

Engineering plastics used in electronics, automotive, and industrial applications require pigments that maintain performance under extreme conditions while providing consistent coloration.

Engineering Plastics Color Masterbatch Heat-Stable Portfolio | Honor Pigment

Key Performance Criteria

  • Heat stability during processing (280-320°C)
  • Resistance to hydrolysis and oxidation
  • Non-migrating properties
  • Electrical insulation compatibility
  • Regulatory compliance (FDA, EU food contact)

Technical Innovation

Our high-temperature stable pigments feature:

  • Surface-modified crystal structures
  • Optimized particle size distribution (0.1-0.5μm)
  • Enhanced compatibility with engineering polymers
  • Low heavy metal content (<5ppm)

Application Benefits

Successful implementation in electronic housings demonstrated:

  • No degradation during injection molding cycles
  • Consistent L*a*b* values across production runs
  • Improved mechanical properties retention
  • Reduced scrap rates by 12%

Future Developments

Ongoing research focuses on bio-based carrier systems and improved recyclability without compromising performance.