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

Clariant Sanolin Blue AE 90 Pigment

Clariant Sanolin Blue AE 90 is a high-performance, solvent-stable organic pigment in the Sanolin® series, offering excellent lightfastness, thermal stability and color strength for automotive coatings, plastics and industrial inks. It delivers intense blue shade with superior dispersion and weather resistance, meeting stringent OEM specifications.
  • clariant sanolin blue ae 90 pigment_1f4f45b2
  • clariant sanolin blue ae 90 pigment_1f4f45b2

Features Of Clariant Sanolin Blue AE 90 Pigment

  1. High chroma phthalocyanine-based organic pigment delivering intense, clean blue shade with excellent color strength.

  2. Outstanding lightfastness and weather resistance suitable for demanding outdoor applications.

  3. Good thermal stability up to 220 °C, enabling compatibility with high-temperature polymer processing.

  4. Excellent dispersibility in aqueous and solvent-based systems, supporting efficient ink and coating formulation.

  5. Low heavy metal content, compliant with major global regulatory frameworks including EU REACH and US CPSIA.

Typical Applications Of Clariant Sanolin Blue AE 90 Pigment

  1. Water-based and UV-curable packaging inks for flexible films and corrugated board.

  2. Architectural and industrial coatings requiring durable, fade-resistant blue coloration.

  3. Polyolefin masterbatches (e.g., PP, PE) for blow-molded containers and injection-molded consumer goods.

  4. Textile printing pastes for polyester and polyester-cotton blends using disperse dye-compatible processes.

  5. Plastic compounding for automotive interior trims and exterior trim components.

Specifications Of Clariant Sanolin Blue AE 90 Pigment

Chemical TypeCopper phthalocyanine derivative (α-phase)
Product FormFine free-flowing powder
AppearanceDark blue to violet-blue powder
Primary ApplicationsInks, coatings, plastics, textiles
Key FeaturesHigh color strength, excellent dispersion, good migration resistance
BenefitsConsistent batch-to-batch performance, low dust generation, easy handling
Recommended DispersantsNon-ionic surfactants and polymeric dispersants
Storage ConditionsKeep in cool, dry place; protect from moisture and direct sunlight


Clariant Sanolin Blue AE 90 Pigment – Frequently Asked Questions (FAQ)

Q1: What is the primary application field for Sanolin Blue AE 90?

A: Sanolin Blue AE 90 is a high-performance organic pigment specifically developed for demanding industrial coating applications, including coil coatings, automotive refinishes, and general industrial finishes where excellent chroma, lightfastness, and heat stability are required.


Q2: Is Sanolin Blue AE 90 suitable for water-based systems?

A: Yes — Sanolin Blue AE 90 is engineered for compatibility with both solvent-borne and water-borne industrial coating systems. Its surface treatment ensures good dispersibility and stable color development in aqueous dispersions without significant loss of gloss or rheological integrity.


Q3: How does Sanolin Blue AE 90 compare to conventional phthalocyanine blues in terms of weathering performance?

A: Sanolin Blue AE 90 delivers enhanced resistance to UV exposure and thermal degradation compared to standard copper phthalocyanine pigments, making it particularly suited for exterior applications requiring long-term color retention and minimal chalking under accelerated weathering conditions.


Q4: What dispersion recommendations are provided for optimal performance?

A: For best results, Clariant recommends using high-shear dispersion equipment and selecting compatible wetting/dispersing agents tailored for high-color-strength organic pigments. Pre-wetting and controlled temperature ramping during dispersion help achieve maximum color strength and batch-to-batch consistency.


Q5: Can Sanolin Blue AE 90 be used in thermoplastic polymers?

A: While primarily optimized for coatings, Sanolin Blue AE 90 has demonstrated acceptable thermal stability in certain thermoplastic processing conditions — however, its use in plastics is not standardized and requires individual evaluation for melt stability, migration behavior, and final hue consistency.



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