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

Clariant Sanodure Fiery Red ML Pigment

Clariant Sanodure Fiery Red ML is a high-performance, lightfast organic pigment in the Sanodure series, engineered for demanding automotive and industrial coatings. It delivers intense red hue, excellent heat stability up to 280°C, superior dispersion, and outstanding weather resistance—ideal for metallic and effect finishes requiring vivid chroma and long-term durability.
  • clariant sanodure fiery red ml pigment_6f63a028
  • clariant sanodure fiery red ml pigment_6f63a028

Features Of Clariant Sanodure Fiery Red ML Pigment

  1. High chroma, intense red shade with excellent lightfastness for long-term color stability.

  2. Optimized for low-VOC and solvent-free coating systems without compromising dispersion or gloss.

  3. Excellent thermal stability up to 200 °C, suitable for baking finishes and powder coating applications.

  4. Good resistance to weathering, acid, and alkali—ideal for demanding outdoor and industrial environments.

  5. Consistent batch-to-batch color reproducibility supported by Clariant’s stringent quality control protocols.

Typical Applications Of Clariant Sanodure Fiery Red ML Pigment

  1. Automotive OEM and refinish coatings requiring high-performance red pigments.

  2. Industrial maintenance coatings for infrastructure, machinery, and metal structures.

  3. Powder coatings for architectural aluminum profiles and functional appliances.

  4. Plastic coloration in engineering thermoplastics including polyamide and polyester.

  5. High-end decorative paints for premium architectural and commercial façade systems.

Specifications Of Clariant Sanodure Fiery Red ML Pigment

Chemical TypeOrganic pigment (Quinacridone derivative)
Product FormFree-flowing powder
AppearanceFine, homogeneous red powder
Primary ApplicationsCoatings, plastics, and specialty inks
Key FeaturesHigh transparency, excellent dispersibility, low migration
BenefitsEnhanced color strength, reduced dosage requirement, improved formulation efficiency
Regulatory ComplianceREACH registered; compliant with EU Directive 2004/42/EC (VOC)
Storage ConditionsStore in cool, dry place; protect from moisture and direct sunlight


Clariant Sanodure Fiery Red ML Pigment – Frequently Asked Questions (FAQ)

Q1: What is the primary application field for Sanodure Fiery Red ML Pigment?

A: Sanodure Fiery Red ML Pigment is specifically developed for use in high-performance solvent-based and UV-curable inkjet inks, particularly for industrial digital printing on rigid and flexible substrates including plastics, coated papers, and metalized films.


Q2: Is this pigment suitable for food-contact applications?

A: Sanodure Fiery Red ML Pigment is not pre-qualified for direct food-contact applications. Its suitability depends on final formulation, processing conditions, and regulatory evaluation by the end-user. It is intended for non-migrating, decorative, or functional printing where substrate barrier properties prevent pigment migration.


Q3: How does Sanodure Fiery Red ML differ from conventional organic red pigments in inkjet systems?

A: Sanodure Fiery Red ML is engineered with enhanced molecular stability and optimized particle surface characteristics to support excellent jetting reliability, reduced nozzle clogging, and improved dispersion stability in low-viscosity, high-solids inkjet formulations—especially under demanding UV-curing conditions.


Q4: What are the recommended dispersion and stabilization guidelines?

A: For optimal performance, dispersion should be carried out using high-shear mixing or bead milling in compatible solvents or monomer systems. Stabilization typically relies on tailored polymeric dispersants or reactive surfactants; compatibility testing with the full ink formulation is strongly advised prior to scale-up.


Q5: Can this pigment be used in both free-radical and cationic UV-curable systems?

A: Yes—Sanodure Fiery Red ML demonstrates good compatibility with a broad range of UV-curable chemistries, including acrylate-based free-radical systems and epoxy- or vinyl ether-based cationic systems, provided appropriate photoinitiator selection and stabilization strategies are applied.



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