PROFESSIONAL PIGMENT MANUFACTURER
Ultramarine Blue pigments are widely recognized inorganic blue colorants used across plastics, coatings, detergents, rubber, and specialty industrial applications. Known for their distinctive reddish-blue shade, cost efficiency, and broad usability, they remain an important choice for manufacturers seeking practical blue coloration solutions. Whether used for direct coloring, tone correction, or whitening enhancement, Ultramarine Blue pigments continue to deliver reliable value in modern production systems.
Ultramarine Blue pigments, commonly identified as Pigment Blue 29, are classic inorganic blue pigments widely used in plastics, coatings, detergents, rubber, paper, and specialty industrial applications. They are valued for their vivid reddish-blue shade, cost efficiency, and broad usability across multiple manufacturing sectors.
Compared with many high-cost blue pigments, Ultramarine Blue remains a practical choice where bright shade, easy coloration, and balanced performance are required.
These pigments continue to play an important role in modern industries due to their recognizable color tone and versatile processing behavior.
Suggested reading: Ultramarine Blue: Advantages, Limitations, and Why It Remains a Valuable Industrial Pigment
Manufacturers often choose Ultramarine Blue because it offers an attractive balance between appearance and cost.
Key benefits include:
These advantages make it a widely accepted industrial blue pigment.
Suggested reading: Ultramarine Blue Applications: Why This Classic Pigment Still Matters Across Modern Industries
Used in PE, PP, PVC, EVA, and general plastic coloring where bright blue shades or whitening correction are needed.
Related pages:
Plastic Masterbatch
Polyolefin
Applied in decorative paints, industrial coatings, and specialty coatings requiring classic blue shade performance.
Related page:
Paint and Coating
Widely used in laundry powders, soaps, and cleaning products for optical bluing and visual whitening effects.
Used in rubber compounds, paper coloration, crayons, chalks, and other niche industrial applications.
When selecting Ultramarine Blue pigments, buyers should evaluate:
| Factor | Why It Matters |
|---|---|
| Shade Tone | Reddish blue vs different blue preferences |
| Heat Resistance | Important for plastics processing |
| Dispersion | Affects final color consistency |
| Acid Sensitivity | Important in acidic systems |
| Cost Efficiency | Valuable in volume production |
| Regulatory Needs | Depends on destination market |
Suggested reading: Pigment Dispersion Techniques Every Industrial Chemist Should Know
| Property | General Performance |
|---|---|
| Color Shade | Bright reddish blue |
| Opacity | Moderate |
| Heat Resistance | Good |
| Weather Resistance | Moderate |
| Cost Efficiency | Strong |
| Outdoor Durability | Application dependent |
Actual performance may vary depending on grade, dosage, and formulation system.
Although Ultramarine Blue is widely used, buyers should also understand its limitations:
Ultramarine Blue can be affected by acidic environments, which may limit use in low-pH systems.
For demanding long-term outdoor exposure, alternative high-performance blue pigments may be considered.
In some applications, higher tinting strength pigments may achieve the target shade at lower dosage.
Understanding both strengths and limitations helps ensure proper pigment selection.
Fineland Chem supplies Ultramarine Blue pigments for plastics, coatings, detergents, and specialty manufacturing applications.
Support includes:
Customers can explore related products listed below this page.
It is mainly used in plastics, coatings, detergents, rubber, paper, and specialty industrial applications.
Yes. It is widely used in PE, PP, PVC, EVA, and general plastic coloring systems.
It helps create visual whitening and bluing effects in laundry products.
It can be used in some outdoor systems, but long-term durability requirements should be evaluated carefully.
Its most common limitation is sensitivity to acidic environments.
