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High chroma and excellent lightfastness for vibrant, durable magenta tones.
Optimized particle size distribution for stable dispersion in aqueous inkjet formulations.
Low viscosity impact and high jetting reliability across thermal and piezoelectric printheads.
Good compatibility with common inkjet resin systems and humectants (e.g., glycols and glycerol).
Compliant with major industry sustainability benchmarks including ISO 14001-aligned manufacturing practices.
Commercial and industrial wide-format inkjet printing (e.g., signage, banners, and textiles).
Office and home desktop inkjet printers requiring high-color-fidelity magenta performance.
Digital textile printing on polyester and blended fabrics using pigment-based inks.
UV-curable and hybrid inkjet systems where thermal stability and color consistency are critical.
Functional ink applications including security printing and variable-data labeling.
| Chemical Type | Organic Pigment (Quinacridone derivative) |
| Product Form | Dispersed aqueous pigment paste (non-dried) |
| Appearance | Reddish-magenta viscous paste |
| Primary Applications | Aqueous inkjet inks for graphic arts and textile printing |
| Key Features | High transparency, excellent dispersion stability, low foam tendency |
| Benefits | Reduced nozzle clogging, extended printhead life, consistent color gamut |
| Storage Conditions | 5–30 °C; protect from freezing and direct sunlight |
| Shelf Life | 12 months from date of manufacture under recommended storage |
Q1: What is the primary application of Clariant Ink Jet Magenta E 02 Pigment?
A: Clariant Ink Jet Magenta E 02 Pigment is specifically engineered for use in aqueous pigment-based inkjet inks, particularly for industrial and commercial digital printing applications requiring high chroma, excellent lightfastness, and reliable jetting stability.
Q2: Is this pigment suitable for food packaging inks?
A: Clariant Ink Jet Magenta E 02 Pigment is not pre-approved for direct food contact applications. Its suitability for food packaging inks depends on full formulation compliance with applicable regional regulations, including migration assessments and end-use conditions — consult Clariant’s regulatory documentation and conduct appropriate testing before use.
Q3: How is this pigment typically dispersed in ink formulations?
A: It is commonly incorporated via high-shear dispersion or bead milling using compatible surfactants and polymeric dispersants. Optimal dispersion ensures stable particle size distribution, minimal agglomeration, and consistent print performance across thermal and piezoelectric printheads.
Q4: Does this pigment offer good resistance to common inkjet ink components?
A: Yes — it demonstrates robust compatibility with typical aqueous inkjet vehicle components such as glycols, humectants, biocides, and pH buffers, supporting long-term storage stability and reliable printhead performance under standard operating conditions.
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