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

Imerys Infilm300 Pigment

Imerys Infilm300 Pigment is a high-purity, surface-treated calcium carbonate designed for demanding ink and coating applications. It delivers exceptional brightness, narrow particle size distribution, and superior dispersibility. Part of Imerys’ Infilm series, this functional pigment enhances opacity, gloss, and print quality while improving rheology and ink stability in water-based and UV-curable systems.
  • imerys infilm300 pigment_9895c9d4
  • imerys infilm300 pigment_9895c9d4

Features Of Imerys Infilm300 Pigment

  1. Highly engineered synthetic calcium carbonate with narrow particle size distribution for consistent optical performance.

  2. Optimized surface treatment enhances dispersion stability in aqueous and solvent-based systems.

  3. Low oil absorption improves formulation efficiency and reduces binder demand in coatings and inks.

  4. Exceptional brightness (≥98.5% ISO) and whiteness support high-opacity, clean-color applications.

  5. Low residual moisture (<0.3%) ensures excellent storage stability and minimal impact on rheology.

Typical Applications Of Imerys Infilm300 Pigment

  1. High-performance architectural and industrial waterborne coatings.

  2. Gravure and flexographic printing inks requiring fine particle uniformity.

  3. Paper coating formulations targeting gloss, smoothness, and printability.

  4. Plastic masterbatches where clarity, color consistency, and melt stability are critical.

  5. Adhesives and sealants requiring inert filler functionality with low abrasivity.

Specifications Of Imerys Infilm300 Pigment

Chemical TypeSynthetic Precipitated Calcium Carbonate (PCC)
Product FormFine white powder, free-flowing
AppearanceWhite, odorless, non-gritty powder
Primary ApplicationsCoatings, inks, paper, plastics, adhesives
Key FeaturesNarrow PSD, surface-treated, low oil absorption, high brightness
Particle Size (D50)0.7–0.9 µm
Brightness (ISO 2470)≥98.5%
Residual Moisture≤0.3% (at 105°C, 2 hrs)


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